Introduction

The Treasure Way Metal Detector is a deep-search detection system developed by GER Detect for locating large underground metal targets, buried valuables, and underground voids.

The device uses advanced Pulse Induction technology, designed to reduce the influence of small unwanted targets and soil impurities while focusing on larger and deeper targets. It also includes intelligent automatic calibration to improve performance in mineral-rich and rocky ground.

Treasure Way combines three important search functions in one device: Metal Detection, Void Detection, and Depth Determination. These systems allow the user to locate metal targets, identify underground cavities such as tunnels and caves, and estimate the depth of detected targets.

According to the official user manual, the detector is capable of reaching depths exceeding 4 meters under suitable conditions, including dense and mineralized soil.

In this complete guide, we will explain how the Treasure Way works, its Pulse Induction system, search modes, depth measurement, correct scanning technique, technical specifications, and practical tips for getting more accurate results.

What Is the Treasure Way Metal Detector?

The Treasure Way Metal Detector is a deep-search metal and void detection system developed by GER Detect, designed to locate large and deep underground targets while reducing the response from small targets and soil impurities.

The detector uses Pulse Induction technology and is designed to reduce the influence of small targets and soil impurities, allowing the system to focus more effectively on larger and deeper buried targets. The official manual also states that Treasure Way includes intelligent automatic calibration to improve performance in mineral-rich rocks and difficult ground conditions.

Treasure Way combines three main detection functions in one device:

• Metal Detection System
• Void Detection System
• Depth Determination System

The Metal Detection System is designed to detect both precious and non-precious metals while using smart ground balancing to reduce the effect of mineral impurities.

The Treasure Way Metal Detector also works as an Underground Void Detector, with a dedicated system designed to identify caves, tombs, cellars, tunnels, and crypts.

The third function, the Depth Determination System, is used to estimate the depth of detected metals and underground voids, with the final result shown on the screen in centimeters.

Who Is the Treasure Way Metal Detector Designed For?

The Treasure Way Metal Detector is designed for users who are searching for larger and deeper underground targets rather than very small surface objects.

Its Pulse Induction system is specifically described in the official manual as being designed to reduce the response from small targets and soil impurities, while focusing more on large, deep targets such as buried treasures and valuable items.

This makes the device especially suitable for:

• Treasure hunters searching for large buried metal objects
• Users working in mineralized or rocky ground
• Searchers looking for deep metal targets
• Users investigating underground voids
• Searchers looking for caves, tunnels, tombs, cellars, and crypts
• Users who need target depth estimation before excavation

The detector is also designed to operate in different terrain conditions and is supported by an intelligent automatic calibration system intended to improve performance in mineral-rich ground.

Because Treasure Way includes separate systems for metal detection, void detection, and depth determination, it is more suitable for users who want a broader underground investigation tool rather than a detector focused only on basic metal identification.

Treasure Way Pulse Induction Technology

One of the key technologies behind the Treasure Way Metal Detector is its advanced Pulse Induction system.

According to the official manual, this system is designed to reduce the response from small targets and soil impurities so the detector can focus more effectively on larger and deeper underground targets.

This is especially important in difficult search environments, where mineralization and unwanted ground responses can make target identification more challenging.

The Treasure Way also includes an intelligent auto-calibration system intended to improve performance when searching through mineral-rich rocks and difficult ground conditions.

The official manual further explains that the detector is designed to work efficiently across different types of terrain and provide real-time signal response during the search.

Why Pulse Induction Matters on Treasure Way

The Pulse Induction system gives Treasure Way a clear focus on deep-search applications.

Instead of being optimized mainly for tiny surface targets, the system is designed around larger buried targets and deep-search situations.

This makes it particularly relevant for users searching for:

• Large buried metal objects
• Deep treasure targets
• Valuable underground items
• Targets in mineralized soil
• Targets in rocky ground

The manual also states that the detector can reach depths exceeding 4 meters under suitable conditions, including dense and mineralized soil.

Metal Detection System

The Metal Detection System is one of the main search modes in the Treasure Way Metal Detector.

According to the official manual, this system is designed to detect both precious and non-precious metals while using smart ground balancing technology to reduce the effect of mineral impurities and improve detection accuracy.

To activate the system, the user selects the Metal Detection option from the main screen. During the search, the detector should be moved in a balanced side-to-side motion while the user walks in a straight line.

When the detector receives a target signal, a red indicator gradually appears on the screen together with a percentage that represents signal strength. The response is also accompanied by a distinctive sound.

The user can also adjust the sensitivity level according to the soil conditions and the type of target being searched for.

How the Metal Detection System Works in Practice

For best results, the search coil should remain close and parallel to the ground while scanning.

The manual also emphasizes that the coil should not be moved erratically or pressed excessively against the ground, because improper scanning can reduce detection accuracy.

During a proper scan:

• Walk in a straight line
• Sweep the coil evenly from side to side
• Keep the movement balanced and consistent
• Monitor the red target indicator
• Watch the signal-strength percentage
• Adjust sensitivity when necessary

This system is particularly useful when searching for larger underground metal targets where a strong and stable response is needed before moving to depth measurement.

Void Detection System

The Void Detection System is designed to identify underground empty spaces and structures that may not produce the same response as a metal target.

According to the official Treasure Way manual, this system can be used to detect caves, tombs, cellars, tunnels, and crypts.

To activate it, select Detect Voids from the home screen. Once the system opens, the device begins an automatic calibration process before the search starts.

When the detector identifies a possible void, a blue indicator gradually appears on the screen, together with a percentage showing signal strength and a distinctive audio response.

The user can also adjust the sensitivity level from the control icon on the screen to better match the search conditions.

What Can the Void Detection System Find?

The official manual lists the following underground structures:

• Caves
• Tombs
• Cellars
• Tunnels
• Crypts

This makes the system useful when the search objective is not only metal detection, but also locating underground cavities or man-made spaces.

Important Scanning Note

The manual specifically warns that improper scanning may result in missed targets or false signals.

For that reason, consistent coil movement, correct calibration, and proper sensitivity settings are important when using the Void Detection System.

Depth Determination System

The Depth Determination System is designed to estimate the depth of a detected metal target or underground void after the target has already been located.

According to the official Treasure Way user manual, this system provides a depth estimate for underground metals and voids and displays the final result in centimeters.

How to Measure Target Depth

The process starts by pressing the red Capture button in the center of the screen.

A graphic then appears showing the direction in which the search coil should be moved over the target. The user sweeps the coil horizontally across the target area until the device emits a signal.

Continue sweeping until the sound stops, then press the Capture button again. After locating the target correctly, select the Depth option on the search screen.

The system then guides the user through the final measurement steps. Once the scan is completed, the result appears on the screen showing the estimated target depth in centimeters.

Why This System Is Important

The depth function adds another layer of information after target detection.

Instead of only knowing that a target or void is present, the user can also obtain an estimated depth before deciding whether to investigate the area further.

For deep-search applications, this can be useful when evaluating whether a target is close to the surface or located much deeper underground.

Important Use Note

The quality of the depth estimate depends on correct target positioning and proper coil movement.

The manual instructs the user to move the coil horizontally over the target and follow the on-screen direction graphics carefully during the measurement process.

How Deep Can the Treasure Way Metal Detector Detect?

According to the official user manual, the Treasure Way Metal Detector is capable of detecting at depths exceeding 4 meters under suitable search conditions, including dense and mineralized soil.

This depth specification is one of the main reasons the detector is positioned as a deep-search system rather than a detector focused primarily on small, shallow targets.

The manual does not provide a fixed guaranteed depth for every target type. Instead, it emphasizes that correct operation, soil conditions, calibration, interference levels, and scanning technique all affect detection performance.

Treasure Way Detection Systems Overview

System	Main Function	What It Detects
Metal Detection System	Detects underground metal targets	Precious and non-precious metals
Void Detection System	Detects underground empty spaces	Caves, tombs, cellars, tunnels, and crypts
Depth Determination System	Estimates target depth	Metals and underground voids

Treasure Way Key Specifications

Feature	Specification
Detection Technology	Pulse Induction
Detection Depth	Over 4 meters under suitable conditions
Search Coil	45 cm
Display	4.3-inch TFT LCD Touch Panel
Battery Runtime	Up to 10 hours
Languages	English, German, French, Spanish, Persian, Arabic
Coil Waterproof Rating	Up to 30 cm
Detector Body	Weatherproof, not waterproof

What Affects Detection Depth?

Several factors can influence the practical depth achieved during a search.

These include:

• Target size
• Target type
• Soil mineralization
• Ground conditions
• Sensitivity settings
• Calibration quality
• Coil movement
• Nearby electrical or metal interference

The manual specifically warns that improper use or excessive noise interference may reduce the device’s ability to confirm a target and determine its depth accurately.

Deep Targets in Mineralized Ground

Treasure Way includes an intelligent auto-calibration system intended to improve performance in mineral-rich rocks and difficult ground conditions.

Its Pulse Induction system is also designed to reduce the effect of small unwanted targets and soil impurities, helping the detector focus more effectively on larger and deeper targets.

Depth Detection vs Depth Measurement

It is important to distinguish between two different functions:

Detection depth refers to how deep the detector may be able to locate a target.

Depth measurement refers to the dedicated Depth Determination System, which estimates the depth of a detected target and displays the final result in centimeters.

These are related, but they are not the same thing.

How to Use the Treasure Way Metal Detector

Using the Treasure Way Metal Detector correctly begins with proper assembly, calibration, and coil positioning.

Before starting any search, the official manual recommends making sure the battery is fully charged, all components are connected correctly, and the device is being used away from sources of interference such as power lines, mobile phones, electronic equipment, and nearby metal objects.

Step 1: Assemble the Detector

Start by inserting the detector arm into its designated position and tightening it securely.

The arm can then be extended to a comfortable length using the locking mechanisms. Make sure all locks are properly closed before beginning the search.

Next, attach the main control unit to the arm handle and secure the battery to the base of the armrest.

Connect the battery cable to the correct port on the main unit.

Finally, connect the search coil to the lower shaft using the plastic screw, wrap the coil cable around the arm, and connect the cable to the search coil port on the main unit.

Step 2: Power On the Device

Turn on the Treasure Way using the power button located on the rear of the main control unit.

The manual then instructs the user to gently position the search coil close to the ground and keep it parallel to the surface before activating the battery.

Step 3: Allow Automatic Calibration

Before entering any search system, the search coil must remain pointed toward the ground so the device can complete its automatic calibration process.

This calibration step is especially important when searching in mineralized ground because Treasure Way uses smart ground balancing and automatic calibration to reduce interference from soil mineralization.

Step 4: Keep the Coil Parallel to the Ground

During the search, keep the coil close to the ground and move it in a steady, parallel motion.

Avoid excessive contact between the search coil and the ground, because uncontrolled movement or incorrect positioning may reduce search accuracy.

Step 5: Select the Search System

From the main interface, select the system that matches your search objective:

• Metal Detection for underground metal targets
• Detect Voids for underground cavities and structures
• Depth Determination after a target has been located

Each search mode has its own calibration, sensitivity, and signal response controls.

Correct Scanning Technique with Treasure Way

Correct scanning technique is essential for getting reliable results from the Treasure Way Metal Detector. The official manual repeatedly emphasizes stable coil movement, proper calibration, and avoiding excessive contact with the ground.

During the search, the coil should remain close and parallel to the ground while the user moves it from side to side in a balanced and consistent manner. The user should also walk in a straight line rather than making sudden changes in direction.

Correct Coil Movement

For better results:

• Keep the search coil close to the ground
• Maintain a parallel position to the surface
• Sweep from side to side smoothly
• Keep the movement balanced and consistent
• Walk in a straight line
• Avoid sudden changes in angle or height
• Do not drag or press the coil heavily against the ground

The manual warns that improper scanning can lead to missed targets or false signals, especially when using the Void Detection System.

Correct vs Incorrect Scanning

Correct Scanning	Incorrect Scanning
Coil remains parallel to the ground	Coil is tilted during movement
Smooth side-to-side sweep	Fast or irregular swinging
Consistent search height	Constantly changing coil height
Straight walking line	Sudden changes in direction
Stable movement	Jerky or uncontrolled motion
Light movement above the ground	Excessive contact with the ground

Why Scanning Technique Matters

Treasure Way relies on signal strength, calibration, sensitivity, and ground balancing to identify targets correctly.

If the coil is moved too quickly, too high, or at an inconsistent angle, the device may receive weaker or unstable signals.

The manual also states that excessive interference or incorrect use may reduce the device’s ability to confirm a target and determine its depth accurately.

Adjusting Sensitivity

The Metal Detection and Void Detection systems both include sensitivity controls.

The sensitivity level can be adjusted according to the soil conditions and the target being searched for.

Higher sensitivity is not always better. The goal is to use a setting that provides a stable signal without excessive noise.

Treasure Way Performance in Mineralized Soil

One of the most important strengths of the Treasure Way Metal Detector is its ability to work in difficult ground conditions, especially areas with high mineral content.

According to the official user manual, the detector includes an intelligent auto-calibration system designed to improve its ability to penetrate mineral-rich rocks and operate more effectively in challenging terrain.

The Metal Detection System also uses smart ground balancing technology, which helps reduce the effect of mineral impurities and improve target detection accuracy.

Why Mineralized Soil Is Challenging

Mineralized ground can create unwanted responses and interfere with metal detection signals.

Treasure Way is designed to reduce this problem by combining:

• Automatic calibration
• Smart ground balancing
• Pulse Induction technology
• Adjustable sensitivity

These features help the detector stay more stable and focus on larger, deeper targets instead of reacting strongly to soil impurities.

Detection Depth in Difficult Ground

The official manual states that Treasure Way can reach depths exceeding 4 meters, including in dense or mineralized soil, under suitable search conditions.

This makes the detector particularly relevant for users working in rocky or mineral-rich areas where conventional detectors may be more affected by ground conditions.

Recommended Settings in Mineralized Areas

The manual does not provide one fixed sensitivity value for all mineralized soils. Instead, it allows the user to adjust sensitivity according to the soil and target conditions.

For this reason, the best approach is to:

• Allow the device to complete automatic calibration
• Keep the coil stable and parallel to the ground
• Adjust sensitivity gradually
• Avoid excessive interference from nearby electronics and metals
• Recheck unstable signals before confirming a target

Mineralized Soil Performance Summary

Feature	Benefit in Mineralized Soil
Auto Calibration	Helps adapt the detector to ground conditions
Smart Ground Balance	Reduces the influence of mineral impurities
Pulse Induction	Focuses more on larger and deeper targets
Sensitivity Control	Allows adjustment based on soil conditions
Deep Search Capability	Designed to work at depths exceeding 4 meters under suitable conditions

Treasure Way User Interface and Controls

The Treasure Way Metal Detector uses a touchscreen interface designed to give the user quick access to the main search systems and device settings.

According to the official manual, the user interface includes controls for time adjustment, volume, screen brightness, language selection, Metal Detection, Void Detection, and general settings, while the battery status and current time remain visible on the screen.

Main Interface Functions

Control	Function
Metal Detection	Activates the metal search system
Void Detection	Activates the underground void search system
Settings	Opens device configuration options
Brightness	Adjusts display brightness
Volume	Controls sound level
Language	Changes the interface language
Time	Adjusts the displayed time
Battery Status	Shows remaining battery level

Touchscreen Display

The Treasure Way uses a 4.3-inch TFT LCD touchscreen with a resolution of 480 × 272 pixels.

The screen displays the target response visually during searching, including signal strength percentages, system indicators, sensitivity controls, and calibration functions depending on the selected mode.

Sensitivity Controls

Both the Metal Detection and Void Detection systems provide sensitivity adjustment controls.

In Metal Detection mode, sensitivity can be changed according to the soil and the target being searched for.

The Void Detection interface also includes sensitivity controls to adapt the system to the search conditions.

Calibration Control

The search interfaces include a calibration function that allows the device to adjust to the surrounding ground conditions.

The manual states that calibration takes place automatically before searching, while the interface also provides a calibration control during operation.

Multilingual Interface

Treasure Way supports six languages:

• English
• German
• French
• Spanish
• Persian
• Arabic

This makes the detector easier to operate for users in different regions, particularly in the Middle East where Arabic language support is useful.

Treasure Way Technical Specifications

The Treasure Way Metal Detector combines deep-search Pulse Induction technology with a 4.3-inch touchscreen, a large search coil, and an external rechargeable battery designed for extended field use.

According to the official user manual, the detector operates at a 500 Hz Pulse Induction frequency and uses a 72 MHz data processing speed. The system includes a 45 cm search coil, which is intended for larger and deeper targets.

Main Technical Specifications

Specification	Treasure Way
Detection Technology	Pulse Induction
PI Frequency	500 Hz
Display	4.3-inch TFT LCD
Touch Panel	Resistive
Display Resolution	480 × 272
Data Processing Speed	72 MHz
Search Coil Diameter	45 cm
Battery Type	External rechargeable Li-ion
Battery Voltage	11.1 VDC
Battery Capacity	55.5 Wh
Operating Time	Up to 10 hours
Coil Waterproof Rating	Up to 30 cm
Detector Waterproof Rating	Weatherproof only, not waterproof
Closed Length	920 mm
Open Length	1410 mm
Main Unit Length	174 mm

Audio System

The Treasure Way includes a built-in dynamic speaker and also supports headphones.

The official specifications list an audio frequency range of 350–1500 Hz and a sound output of approximately 84 ± 3 dB.

Operating and Storage Conditions

The detector is designed to operate across a wide range of field conditions.

Condition	Specification
Operating Temperature	0°C to 70°C
Operating Humidity	Up to 95% non-condensing
Storage Temperature	-20°C to 70°C
Storage Humidity	Up to 98% relative humidity

Battery Specifications

The system uses an external rechargeable Li-ion battery.

According to the manual:

• Voltage: 11.1 VDC
• Capacity: 55.5 Wh
• Runtime: Up to 10 hours
• Battery operating temperature: 0°C to 50°C
• Battery storage temperature: -5°C to 70°C

Waterproof and Weather Protection

The search coil is rated for water exposure up to approximately 30 cm, while the detector itself is not waterproof and should be treated as weatherproof only.

This distinction is important during field use: the coil can tolerate limited shallow-water exposure, but the main electronic unit should be protected from rain and direct water contact.

Treasure Way Accessories and Package Contents

The Treasure Way Metal Detector package includes the main components required for field operation, transportation, charging, and audio monitoring.

According to the official user manual, the standard package includes:

• Main Control Unit
• Search Coil
• Device Arm
• External Battery
• Carrying Bag
• Headphones
• Wall Charger
• Car Charger
• Warranty Card

Package Contents Overview

Accessory	Purpose
Main Control Unit	Operates the detector and displays search information
Search Coil	Performs the ground scanning and target detection
Device Arm	Supports the control unit and search coil
External Battery	Powers the detector during field use
Carrying Bag	Protects and transports the device
Headphones	Allows clearer audio monitoring
Wall Charger	Charges the battery from a standard power source
Car Charger	Allows charging from a vehicle
Warranty Card	Provides warranty information

Search Coil

The Treasure Way package includes a 45 cm search coil, which is one of the key components of the detector.

The coil connects to the lower shaft using the provided fastening screw, while the cable is wrapped along the detector arm and connected to the designated port on the main control unit.

According to the technical specifications, the search coil is waterproof to a depth of approximately 30 cm.

External Battery

Treasure Way uses an external rechargeable Li-ion battery.

The battery is mounted at the base of the armrest and connected directly to the main unit.

The official specifications list a battery capacity of 55.5 Wh with an operating time of up to 10 hours.

Advantages of the Treasure Way Metal Detector

The Treasure Way Metal Detector combines deep-search Pulse Induction technology with dedicated systems for metal detection, void detection, and depth measurement.

One of its main strengths is its focus on large and deep underground targets, rather than only small shallow objects. The official manual states that the Pulse Induction system is designed to reduce the response from small targets and soil impurities while focusing more effectively on larger and deeper targets.

Other important advantages include:

• Pulse Induction technology for deep-search applications
• Smart ground balancing
• Intelligent auto-calibration
• Metal Detection System
• Void Detection System
• Depth Determination System
• Adjustable sensitivity
• 45 cm search coil
• Up to 10 hours of operating time
• Multilingual interface
• 4.3-inch touchscreen
• Designed for mineralized and difficult ground conditions

The manual also states that the detector can reach depths exceeding 4 meters under suitable conditions, including dense and mineralized soil.

Important Operating Tips

For better results with Treasure Way, the official manual recommends careful preparation and consistent scanning technique.

Before searching, make sure the battery is fully charged and all components are connected correctly. The detector should also be kept away from strong interference sources such as mobile phones, electronic devices, nearby metals, and power sources.

During scanning:

• Keep the search coil close and parallel to the ground
• Use smooth and balanced side-to-side movements
• Avoid excessive contact between the coil and the ground
• Allow the device to complete calibration before searching
• Adjust sensitivity according to the soil and target
• Recheck weak or unstable signals before confirming a target

The manual specifically warns that improper scanning or excessive interference can reduce the device’s ability to confirm a target and determine its depth accurately.

Treasure Way Warranty

According to the official user manual, the main unit is covered by a two-year warranty against electronic malfunctions.

The warranty does not cover damage caused by misuse, drops, unauthorized opening of the unit, or physical impact.

The battery, charger, and tablet are not included in the warranty coverage.

Final Verdict

The Treasure Way Metal Detector is designed for users who need a deep-search system focused on large underground metal targets and voids.

Its combination of Pulse Induction technology, automatic calibration, smart ground balancing, metal detection, void detection, and depth determination gives it a broader role than a conventional shallow-search detector.

The official manual states that Treasure Way can operate at depths exceeding 4 meters under suitable conditions, including dense and mineralized soil, while also providing a dedicated system for estimating target depth in centimeters.

Its 45 cm search coil, 4.3-inch touchscreen, sensitivity controls, multilingual interface, and up to 10 hours of battery life make it a serious option for users searching for larger and deeper underground targets in challenging terrain.

For users looking for a detector that combines deep metal detection, underground void detection, and depth measurement, Treasure Way offers a practical all-in-one search platform.

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Treasure Way

UIG Watch Detector underground exploration. Despite its very small size, it combines several scanning functions that can be used to locate metals, archaeological targets, tunnels, caves, passageways, and underground voids.

What makes the UIG Watch especially interesting is the way it combines a lightweight main unit with a smartphone and smartwatch interface. The user can perform live scans, 3D imaging, wall scans, and depth analysis while following the results directly through the connected application.

According to the official user manual, the UIG Watch uses three professional scanning and imaging techniques and can operate in seven languages, including English and Arabic. The 3D imaging system is stated to reach depths of up to 30 meters underground under suitable conditions.

This guide covers the device in detail, from its operating systems and scanning methods to target interpretation, depth estimation, specifications, accessories, and practical tips for getting better field results.

What Is the UIG Watch Detector?

The UIG Watch Detector is a compact live-scanning and 3D imaging device developed for users who need more than a basic metal detector. Instead of relying only on a conventional search coil and audio signal, the system focuses on scanning, imaging, and analyzing changes beneath the ground.

The device can be used to search for precious metals, archaeological targets, tunnels, caves, passageways, and underground voids. It also includes dedicated wall-scanning capabilities, which makes it suitable for examining old structures and archaeological walls.

One of its main advantages is portability. The main unit weighs approximately 85 grams, making it much lighter than many traditional ground-imaging systems. The device communicates through Bluetooth and works with a smartphone application and smartwatch interface during scanning operations.

What Can the UIG Watch Detector Find?

The UIG Watch Detector is designed to detect several types of underground targets, not only metals. According to the official manual, the system can be used to search for precious metals, treasures, archaeological relics, passageways, tunnels, caves, and underground voids.

This makes the device useful in situations where the user wants to investigate both solid targets and empty spaces beneath the ground. During live scanning, the system uses different graphical responses to help distinguish between a metal target and a void.

Metal Targets

When the device detects a target during live scanning, the graphical display gradually moves toward yellow and red. The signal percentage and chart response also increase, while the sound becomes faster as the signal gets stronger.

This response can help the user identify the strongest area of the signal before moving to a more detailed scan.

Underground Voids

The UIG Watch can also detect changes that may indicate underground voids. According to the manual, a void produces a different response, with the graphical representation moving toward green, cyan, and blue tones, depending on the operating interface.

This function is particularly useful when searching for underground cavities, tunnels, caves, or other empty spaces.

Archaeological Structures and Passageways

The system is also intended for scanning areas where there may be archaeological structures or passageways below the surface.

Because the device combines live scanning with 3D imaging, the user can first identify an unusual area and then perform a more detailed imaging scan to study the target zone more carefully.

Wall Scanning

The UIG Watch Detector is not limited to ground scanning. It can also be used for scanning walls.

The manual instructs the user to hold the device horizontally and parallel to the wall at a distance of approximately 2 to 10 cm, then recalibrate when moving to a different wall.

This feature is useful when examining old or archaeological walls where there may be hidden cavities or targets behind the surface.

UIG Watch Detector Search Systems Explained

The UIG Watch Detector is built around two main working methods: Live Scan and 3D Imaging. Both systems are designed to help the user study underground targets, but each one serves a different purpose.

The Live Scan system is useful for fast target checking and signal tracking, while the 3D Imaging system is intended for a more detailed scan of a selected area. The official manual explains both systems for use with a smartphone and with the smartwatch interface.

Live Scan System

The Live Scan System is used to check the ground in real time while moving through the search area.

To begin, the main unit should be fixed securely and kept straight and stable toward the ground. After opening the application and selecting Live Scan, the device first calibrates with the soil. Once calibration is complete, the user walks slowly through the search area while keeping the device stable.

The manual recommends moving in one direction without changing direction during the scan. If the user needs to change direction, the device should be recalibrated before continuing.

During scanning, the system gives different visual and audio responses depending on what it detects.

• A metal target produces a response that moves toward yellow and red.
• A void produces a response that moves toward blue and cyan or green-blue tones.
• Sound and vibration intensity increase as the signal becomes stronger.

To locate the center of a target, the manual recommends checking the signal from four directions and identifying the point with the strongest response.

Live Scan with a Smartphone

The Live Scan system can also be operated directly through the mobile application.

After calibration, the phone display shows several elements, including a graphical signal representation, signal percentage, chart response, recalibration control, sound control, and navigation options.

This makes the smartphone useful when the user wants to see more detailed live information during the scan.

Live Scan with the Smartwatch

The smartwatch offers a more compact way to control the scan while moving in the field.

The user opens the UIG Watch Detector application on the smartwatch, selects Live Scan, waits for soil calibration, and then starts moving slowly through the selected area.

The watch can provide target or void indications through visual changes, vibration, and sound, which allows the user to monitor the scan without constantly holding the phone.

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3D Imaging System

The 3D Imaging System is the more detailed scanning mode of the UIG Watch Detector.

Before starting a 3D scan, the user can configure several search parameters, including:

• Number of columns
• Number of steps in each column
• Soil type
• Search direction
• Automatic or manual scanning mode

The available soil types listed in the manual are:

Sandy, Clay, Rocky, and Mixed.

The user can also choose between different search movement patterns such as zigzag, bidirectional, or parallel scanning.

Automatic and Manual Scan Modes

The 3D Imaging System includes two scan modes.

In Automatic Mode, the device captures each reading automatically as the user moves through the scan grid.

In Manual Mode, the user stops at each step and presses the capture button manually.

The manual recommends taking close, equal steps of around 30 to 40 cm while keeping the device stable and directed toward the ground.

After the scan is complete, the application processes the data and displays the result as a 3D shape.

The result changes according to the captured values:

• Colors moving toward red indicate a possible target area.
• Colors moving toward blue indicate a possible void.

The user can then rotate the 3D result, change the viewing perspective, show or hide scan values, and review the area in different display modes.

How to Use the UIG Watch Detector Step by Step

Using the UIG Watch Detector correctly is important because the quality of the scan depends heavily on calibration, movement, step spacing, and keeping the main unit stable.

The official manual explains different procedures for Live Scan and 3D Imaging, but both systems start with the same basic principle: the device must be stable and correctly calibrated before the user begins moving through the search area.

Step 1: Prepare the Device

Before starting the search, make sure the battery is sufficiently charged and all required components are correctly connected.

The manual recommends reviewing the instructions before operation and avoiding nearby sources of interference such as metal objects, mobile phones, phone networks, and other electronic devices.

For ground scanning, attach the device holder to the leg and place the main unit securely inside it. The device should remain straight and stable, pointing toward the ground.

Step 2: Connect the Smartwatch

Before using the smartwatch interface, the watch must be connected to the mobile phone.

The manual describes three possible situations:

• The watch is not connected to the phone.
• The watch is connected, but the UIG Watch application is not installed.
• The watch is connected and the application is ready to use.

If the application is missing, it can be installed on the smartwatch through the phone. Once the watch and app are ready, the user can switch from phone operation to smartwatch operation.

Step 3: Select the Search System

From the main application screen, choose the system you want to use.

For a quick real-time search, select:

Live Scan

For a structured scan that produces a detailed 3D result, select:

3D Imaging

The choice depends on whether you want to quickly locate an abnormal signal or perform a complete mapped survey of a selected area.

Step 4: Calibrate the Device

Calibration is one of the most important steps.

After selecting the search mode, keep the device still and directed toward the ground while the system calibrates with the soil.

Do not start walking before calibration is complete.

If you change the search direction or move to a different area, the manual instructs the user to recalibrate the device before continuing.

Step 5: Move Slowly and Keep the Device Stable

During Live Scan, walk slowly using close steps while keeping the unit stable and directed toward the ground.

Movement should remain in one direction.

If an obstacle blocks the route, the manual recommends moving slightly to the right or left while maintaining the same general scanning direction, then continuing forward.

This is important because sudden changes in direction or device angle can affect the consistency of the scan.

Step 6: Watch the Signal Response

During Live Scan, the application displays a changing visual response based on the signal.

For a possible metal target, the graphical display moves toward yellow and red, while the signal percentage and chart strength increase.

For a possible void, the display moves toward green and blue, accompanied by changes in the chart and sound response.

The sound becomes faster as the response becomes stronger.

Step 7: Find the Center of the Target

When a strong signal appears, do not immediately assume that the first position is the center.

The manual recommends checking the target from four directions.

Move around the suspected area and compare the signal strength. The point that produces the strongest signal and highest percentage is used to identify the target center.

This step is especially useful before moving to a detailed 3D scan.

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How to Perform a 3D Imaging Scan

The 3D Imaging System requires a more structured scanning process.

Step 1: Define the Search Grid

Before starting, choose the number of columns and the number of steps in each column according to the size of the area you want to scan.

For better accuracy, the manual recommends selecting the maximum practical number of rows and columns whenever possible.

Step 2: Select the Soil Type

Choose the soil type that best matches the search area:

• Sandy
• Clay
• Rocky
• Mixed

This setting is used by the system during depth analysis.

Step 3: Choose the Search Direction

The application offers several scanning patterns, including:

• Zigzag
• Bidirectional
• Parallel scanning

Choose the pattern that best fits the shape and size of the area.

Step 4: Choose Automatic or Manual Mode

In Automatic Mode, the system captures a reading automatically after each step.

In Manual Mode, the user stops and presses the capture button manually at each scanning point.

Both methods can produce a 3D scan, but manual mode gives the operator direct control over the exact moment each reading is recorded.

Step 5: Begin the Scan

Stand still, stabilize the device toward the ground, and press Start.

The device calibrates with the soil before the scanning screen appears.

During the scan, the screen shows information about:

• Current and remaining columns
• Current and remaining steps
• Search progress percentage
• Movement direction
• Captured search values

Step 6: Keep Equal Step Distances

The manual recommends taking close and equal steps of approximately 30 to 40 cm.

Keep the device stable and directed toward the ground throughout the scan.

In automatic mode, move one step and wait until the device captures the reading before taking the next step.

In manual mode, stop after every step and press the capture button.

Step 7: Review the 3D Result

After all columns and steps are completed, the application processes the collected data and displays a 3D result.

The manual describes the result as follows:

• A result moving toward red indicates a possible target.
• A result moving toward blue indicates a possible void.

The result can then be rotated, displayed in 2D or 3D, viewed from different angles, and saved for later analysis.

How to Read UIG Watch Detector 3D Scan Results and Determine Target Depth

Reading the UIG Watch Detector 3D scan results correctly is one of the most important parts of using the device. The system does not only show whether a signal is present; it also provides a visual 3D representation of the scanned area so the user can study the location, shape, intensity, and possible depth of the detected anomaly.

After the scan is completed, the application processes the captured data and displays a 3D shape made from the values collected at each step and column. The color and shape of the result change according to the scan data. According to the official manual, results graded toward red indicate the presence of a target, while results graded toward blue indicate a void.

Understanding the 3D Color Results

The 3D result uses color differences to help the user interpret the scanned area.

A stronger shift toward red is associated with a possible target response, while a stronger shift toward blue is associated with a possible underground void. The application also includes a color percentage bar that helps the user understand how much of each color is present in the final 3D shape.

The manual does not state that color alone identifies a specific metal type. For that reason, the safest interpretation is to use the colors to distinguish between a likely target response and a likely void response, rather than claiming that a particular color confirms gold or another specific metal.

Locating the Target Inside the Scan Area

The application includes tools that allow the user to identify the location of a target or void within the scanned grid.

The manual states that one of the toolbar functions can identify the location of the target or void in the search area and provide depth information for areas with a high probability of containing a target or void.

This is useful after the 3D scan is complete because it helps the user connect the visual anomaly on the screen with a physical location in the scanned area.

Determining Target Depth

The UIG Watch is designed to estimate the depth of detected targets and voids.

The official manual states that the device can determine target depth and display the measurement in meters and centimeters.

Within the 3D result tools, the user can select the target or void location and obtain a depth estimate for the area with the highest probability of containing the anomaly.

It is important to understand that the manual describes this as a depth result associated with the high-probability target or void area. It should therefore be treated as a scan-based estimate rather than an absolute measurement.

Use Multiple Views Before Making a Decision

The 3D analysis screen allows the user to study the result from different perspectives.

Available options include:

• Full 3D view
• Diagram view
• 2D view
• Showing or hiding scan values
• Showing or hiding the surface or wall
• Changing the viewing perspective
• Changing the color map
• Increasing or decreasing the shape resolution

Using more than one view can make it easier to understand where the strongest anomaly appears and whether its position remains consistent within the scan.

Save the Scan for Later Analysis

The application allows the scan result to be saved for later review.

The user can save the full search result inside the application, save the 3D shape as an image, and add a name or notes to the saved search operation.

This is especially useful when comparing more than one scan of the same area.

A Practical Way to Confirm a Suspicious Area

For a more reliable interpretation, it is better to compare the result with another scan of the same area rather than relying on one image only.

The manual specifically recommends using the maximum practical number of rows and columns for better accuracy.

A larger and more consistent scan grid generally gives the application more measurement points to display, which can make the final 3D shape easier to interpret.

UIG Watch Detector Technical Specifications

The UIG Watch Detector combines a compact design with technical features intended for field scanning and 3D imaging.

According to the official user manual, the main unit operates at 1 kHz, uses 2.4 GHz Bluetooth, and provides an operating time of up to 10 hours with its internal rechargeable battery. The device is weatherproof, but it is not waterproof, so it should not be used in rainy conditions or exposed directly to water.

The internal battery is a 3.7 V Li-ion battery with a capacity of 5.18 Wh. The charger operates with an input range of 90–250 VAC, 50–60 Hz, and provides a USB output of 5 VDC / 2100 mA.

Main Technical Specifications

• Operating frequency: 1 kHz
• Data processing speed: 72 MHz
• Bluetooth: 2.4 GHz
• Operating time: Up to 10 hours
• Internal rechargeable battery
• Battery type: Li-ion 3.7 VDC
• Battery capacity: 5.18 Wh
• Waterproof rating: Not waterproof – weatherproof only
• Main unit weight: 85 g
• Total package weight: 580 g
• Carrying bag dimensions: 210 × 185 × 95 mm

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UIG Watch Package Contents

The UIG Watch package includes the main components required to operate and transport the system.

According to the official manual, the package contains:

• UIG Watch main unit
• Smartwatch
• Carrying bag
• Device carrier
• Charger
• Charger cable
• Car charger
• Smartwatch charger
• Warranty card

The smartwatch is supplied with the device to support convenient field operation and access to Live Scan and 3D Imaging functions.

Important Tips for Better UIG Watch Results

Like any scanning and imaging system, good results depend on more than simply turning on the device and walking over the search area.

Proper calibration, stable movement, correct soil selection, and consistent scanning are essential.

Always keep the main unit stable and directed correctly during the search. Sudden movements or unnecessary changes in direction can reduce the quality of the scan.

When performing 3D imaging, use equal steps and maintain approximately 30 to 40 cm between each step, as recommended in the official manual.

For better scan accuracy, the manual also recommends using the maximum practical number of rows and columns in the search area.

If you change direction during a Live Scan, stop and recalibrate the system before continuing.

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Important Safety and Operating Notes

Before using the UIG Watch Detector, several important operating instructions should be followed.

The device should not be used during rainy conditions, and all components should be properly connected before starting a search.

The battery should be sufficiently charged before operation. The manual recommends recharging it before the battery level drops below approximately 10%.

Users should also avoid nearby sources that may interfere with the scanning process, including electronic devices, mobile phones, metal objects, and other sources of electromagnetic interference.

Only the original charger supplied with the device should be used.

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UIG Watch Detector Warranty

According to the official user manual, the main electronic unit is covered by a two-year warranty against electronic malfunctions.

However, the warranty does not cover damage caused by misuse, impacts, opening the unit, drops, or other user-related damage.

The manual also states that the smartwatch, battery, charger, and other accessories are excluded from the main unit warranty.

For this reason, users should carefully follow the operating instructions and protect the main unit and accessories during transportation and field use.

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Who Is the UIG Watch Detector For?

The UIG Watch Detector is suitable for users who want a compact system capable of combining live scanning and 3D imaging in one portable setup.

It can be useful for users interested in:

• Searching for underground metal targets
• Investigating archaeological areas
• Detecting underground voids
• Searching for tunnels and caves
• Examining passageways
• Scanning archaeological walls
• Creating 3D images of selected search areas

Its lightweight design also makes it practical for users who prefer a system that is easier to transport than many larger ground imaging devices.

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UIG Watch Advantages

One of the main advantages of the UIG Watch is the combination of multiple scanning functions in a very compact device.

The main unit weighs approximately 85 grams, while the system provides Live Scan and 3D Imaging capabilities through smartphone and smartwatch operation.

Other important advantages include:

• Live target and void scanning
• 3D underground imaging
• Ground scanning
• Wall scanning
• Target center identification
• Depth estimation
• Automatic and manual scanning modes
• Multiple soil type settings
• Smartphone operation
• Smartwatch operation
• Seven supported languages

The manual lists the supported languages as English, Arabic, Spanish, French, German, Portuguese, and Persian.

Where to Buy the Original UIG Watch Detector

When purchasing an advanced imaging detector such as the UIG Watch Detector, it is important to buy from a trusted supplier that can provide the original device, proper support, and guidance on correct operation.

At Detectors Shop, customers can get more information about the UIG Watch Detector, its available package, current price, shipping options, and product support.

For full product details, visit:

UIG Watch Detector Product Page

UIG Watch Detector

Final Verdict – Is the UIG Watch Detector Worth Considering?

The UIG Watch Detector stands out mainly because of the amount of scanning functionality packed into a very small and lightweight system.

It combines Live Scan, 3D Imaging, ground scanning, wall scanning, target and void identification, and depth estimation while allowing the user to operate the system through a smartphone or smartwatch.

According to the official manual, the 3D Imaging System has a stated maximum search depth of up to 30 meters, while the wall-scanning capability is stated at up to 20 meters.

Its compact 85-gram main unit, multiple scanning modes, soil selection options, and 3D analysis tools make it an interesting solution for users who want a portable imaging system for investigating underground targets and voids.

However, accurate results depend heavily on correct calibration, stable movement, equal scanning steps, proper soil selection, and careful interpretation of the final scan.

For users willing to learn the correct scanning technique and follow the operating instructions, the UIG Watch Detector offers a versatile combination of portability, live scanning, and 3D underground imaging in one system.

Final CTA

Looking for the original UIG Watch Detector?

Explore the full specifications, price, availability, and shipping options from Detectors Shop.

View UIG Watch Detector:
https://detectors-shop.com/product/uig-watch-detector/

Gold and metal detectors work by sending signals into the ground and analyzing the response that comes back from buried objects. In most conventional detectors, this process is based on electromagnetic fields generated through a search coil. When the signal reaches a metallic object, the metal reacts and creates a secondary response that the detector can measure. The device then processes this response and converts it into useful information such as sound, Target ID numbers, or visual indicators. Different detector technologies process these signals in different ways, which is why some detectors are better for small gold nuggets while others are designed for deeper or larger targets. Understanding these differences is the first step to choosing the right detector for the search task.

Choosing the Right Detector for Your Search

The best metal detector depends on what you are searching for and the environment in which you plan to work. Some detectors are designed for small gold nuggets, coins, and jewelry, while others are better suited for larger buried metals, deeper targets, underground cavities, or wide-area exploration. For example, XP DEUS II and XP DEUS II HF2 are excellent choices for conventional metal detecting and gold prospecting. For users looking for different detection approaches, systems such as Treasure Way, Deep Seeker, UIG Ground Scanner, Gold Hunter Smart, and Titan 500 Smart provide specialized solutions for different types of searches. Choosing the correct technology is often more important than simply choosing the most powerful detector.

DEUS II HF2 GOLD

Professional Gold and Metal Detectors at Detectors Shop

At Detectors Shop, we offer a wide range of professional metal detectors in Dubai and advanced detection systems designed for different search applications. designed for different search applications. Our selection includes advanced metal detectors from XP as well as specialized GER Detect systems for gold, metals, ground scanning, and deeper underground exploration. Devices such as XP DEUS II HF2, Treasure Way, UIG Ground Scanner, Deep Seeker, Gold Hunter Smart, and Titan 500 Smart represent different detection technologies rather than a single solution for every search. This allows users to choose a detector based on their target, terrain, required depth, and level of experience. Our goal is to help customers select the technology that best matches their actual search requirements.

XP DEUS 2

Different Technologies, Different Detectors

There is no single detector that is ideal for every type of target. XP DEUS II and DEUS II HF2 are suited to traditional coil-based metal detecting, while other systems in our range are designed for specialized applications. UIG Ground Scanner can be introduced when discussing ground scanning and subsurface visualization, while Gold Hunter Smart and Titan 500 Smart fit naturally into the section about long-range search systems. Deep Seeker and Treasure Way can also be presented in the sections that explain deeper and specialized detection methods. By connecting each detector to the technology it actually uses, the article remains educational while also helping readers discover the most suitable products available at Detectors Shop.

VLF Technology

VLF, or Very Low Frequency, is one of the most widely used technologies in modern metal detectors. A VLF detector uses a search coil to transmit a continuous electromagnetic signal into the ground and then measures the response from buried metallic objects. This technology is especially effective for identifying coins, jewelry, small metal targets, and natural gold when the detector is properly tuned for the soil conditions. VLF systems are also known for their ability to provide target discrimination and Target ID information, which helps users distinguish between ferrous and non-ferrous metals before digging. Detectors such as XP DEUS II and XP DEUS II HF2 are strong examples of advanced VLF-based detecting systems designed for high sensitivity, fast target response, and versatile field use.

Multi-Frequency and FMF Technology

Multi-frequency detectors can operate on more than one frequency, allowing them to respond effectively to a wider range of targets and ground conditions. Instead of relying on a single frequency, these systems analyze target responses across multiple frequencies to improve stability, sensitivity, and identification. This is especially useful when searching for different types of metals in changing soil conditions or when moving between beaches, fields, and mineralized ground. XP DEUS II uses advanced FMF technology to provide fast target response, strong discrimination, and excellent versatility across many search environments. XP DEUS II HF2 extends this capability toward higher-frequency applications, making it particularly suitable for small targets and natural gold prospecting.

Pulse Induction (PI) Technology

Pulse Induction, or PI, works by sending powerful electrical pulses through the search coil and measuring how long the resulting signal takes to decay. This method is highly effective in difficult ground conditions because it is generally less affected by mineralized soil and saltwater than many conventional detectors. PI technology is often used when searching for deeper metallic targets, larger buried objects, and gold in challenging terrain. It is also valued for its strong penetration and stable performance in environments where ground noise can reduce the effectiveness of other technologies. For users who need more depth and reliable performance in mineralized areas, PI-based systems can be a strong choice.

Ground Balance

Ground balance helps a metal detector separate real target signals from interference caused by minerals naturally present in the soil. Highly mineralized ground can produce false signals or reduce detection performance, especially when searching for small gold targets. By adjusting the detector to the ground conditions, the system can ignore much of this unwanted mineral response and focus more clearly on buried metal. Some detectors use manual ground balance, while others provide automatic or tracking modes that continuously adapt as the soil changes. Proper ground balancing improves stability, target identification, and overall detection depth, making it one of the most important settings for serious metal detecting and gold prospecting.

Metal Discrimination

Metal discrimination is the detector’s ability to analyze a target signal and estimate what type of metal may be buried underground. By studying factors such as conductivity and signal response, the detector can help separate ferrous metals like iron from non-ferrous targets such as gold, silver, copper, and aluminum. This does not guarantee perfect identification, because target size, depth, shape, soil conditions, and nearby metals can all influence the reading. However, good discrimination can save time by helping users avoid many unwanted targets. Advanced detectors such as XP DEUS II provide detailed Target ID information, tone options, and discrimination settings that give the user greater control during the search.

Target Identification

Target identification gives the user more information about a detected object before excavation. Modern detectors analyze the returned signal and may display a numerical Target ID, conductivity range, tone, or visual indicator that represents the probable type of metal. Higher or lower values can help distinguish between targets such as iron, coins, jewelry, and other non-ferrous metals. However, Target ID should always be treated as an estimate rather than a guarantee, because depth, soil conditions, target orientation, and nearby objects can change the reading. Experienced users usually combine the Target ID with audio response and signal stability to make a more accurate decision before digging.

3D Ground Scanning

3D ground scanning systems are designed to analyze underground structures and create a visual representation of what may be beneath the surface. Instead of only giving an audio signal, these systems collect data from multiple scan points and process it into images or maps that can help reveal metallic objects, cavities, tunnels, and other subsurface anomalies. Their performance depends heavily on correct scanning technique, soil conditions, calibration, and software interpretation. Devices such as UIG Ground Scanner are designed for users who need more detailed underground analysis rather than simple target detection. This type of technology is especially useful when the goal is to understand the shape, position, and approximate depth of a target area before excavation.

UIG SCANNER

Long-Range Detection Systems

Long-range detection systems are designed to help users search large areas and identify possible target directions before moving to a more focused search. These systems are commonly used for gold, metals, and underground targets where covering a wide area quickly is important. Unlike conventional coil-based detectors, long-range systems use different sensing and directional methods depending on the device design and manufacturer. Models such as Gold Hunter Smart, Titan 500 Smart, and Deep Seeker are built for users who need broader search coverage and multiple search modes. These devices are often used as part of a larger search process, where the suspected target location is then checked more precisely with another detection or scanning system.

Gold Hunter Smart

What Affects Detection Depth?

Detection depth depends on several factors, and no detector can achieve the same depth in every location or with every target. Larger metallic objects are generally easier to detect at greater depths than very small targets, while soil mineralization can reduce signal strength and stability. Search coil size, operating frequency, target orientation, moisture, electromagnetic interference, and detector settings also influence performance. A device that performs very well in clean soil may behave differently in highly mineralized or salty ground. This is why manufacturers usually provide maximum or estimated depth figures under specific conditions rather than a guaranteed depth for every search.

Which Technology Is Best for Gold?

The best technology for gold detection depends on the type of gold, target size, depth, and ground conditions. High-frequency VLF and multi-frequency detectors are usually better for small natural gold nuggets and shallow targets, while Pulse Induction systems are often preferred for highly mineralized soil and deeper searching. 3D ground scanners are more suitable when the goal is to analyze larger underground anomalies, cavities, or buried structures rather than simply detect a small metal target. Long-range systems are designed for broader area exploration and directional searching. For this reason, choosing the right gold detector starts with defining exactly what you want to find and where you plan to search.

Best Gold and Metal Detectors by Technology

Different detector technologies are designed for different search purposes, so the best device depends on what the user wants to find. XP DEUS II is a versatile choice for coins, jewelry, and general metal detecting, while XP DEUS II HF2 is especially suitable for small targets and natural gold prospecting. Treasure Way is a strong option for users looking for deeper search capability, while UIG Ground Scanner is designed for 3D ground analysis and underground scanning. For wider-area and directional searches, systems such as Gold Hunter Smart, Titan 500 Smart, and Deep Seeker provide specialized search modes for different target types. Matching the detector to the correct technology is the most important step toward achieving reliable results in the field.

How Do Gold and Metal Detectors Work ?

Many users ask how deep can a gold detector detect, but there is no single depth that applies to every device. Detection depth depends on target size, soil conditions, search coil size, operating frequency, and the technology used by the detector. A small gold nugget may only be detected at limited depth, while a larger buried metal object can produce a detectable signal much deeper underground. The performance of a gold detector technology also changes significantly between VLF, pulse induction, 3D scanning, and long-range systems. For this reason, depth specifications should always be considered together with the target type and search environment.

How Deep Can a Gold Detector Detect?

Many users ask how deep can a gold detector detect, but there is no single depth that applies to every device. Detection depth depends on target size, soil conditions, search coil size, operating frequency, and the technology used by the detector. A small gold nugget may only be detected at limited depth, while a larger buried metal object can produce a detectable signal much deeper underground. Different gold detector technology also affects performance, especially when comparing VLF, pulse induction, 3D scanning, and long-range systems. For this reason, depth specifications should always be considered together with the type of target and the conditions of the search area.

Gold Detector Frequency: Why Does It Matter?

Gold detector frequency plays an important role in how a detector responds to different target sizes and soil conditions. Higher frequencies are generally more sensitive to very small gold nuggets and tiny metallic targets, while lower frequencies can provide better response on larger objects and may penetrate the ground differently. A multi frequency metal detector can use more than one operating frequency to improve versatility across different targets and environments. Advanced systems using FMF technology are designed to analyze multiple frequencies and provide more stable target information in changing ground conditions. This is why frequency should always be matched to the type of gold or metal you want to detect.

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Metal Detector Working Principle

The metal detector working principle is based on transmitting a signal into the ground and measuring how underground objects react to it. In conventional detectors, the search coil creates an electromagnetic field that interacts with conductive materials beneath the surface. When a metallic object enters this field, it produces a secondary signal that travels back toward the detector. The control unit analyzes this response and converts it into audio tones, Target ID values, or visual information. The strength and character of the response change according to the metal type, target size, depth, and surrounding soil. This basic process is the foundation of most modern coil-based metal detection systems.

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How Do Gold and Metal Detectors Work ?

Many people ask how does a gold detector work and whether it can specifically recognize gold underground. A gold detector does not simply identify an object because it is gold; instead, it analyzes the electromagnetic response produced by the target. Gold has particular conductivity characteristics, but its response can overlap with other non-ferrous metals depending on size and shape. Advanced detectors use frequency, discrimination, Target ID, and audio information to help the operator evaluate the target. High-frequency detectors are particularly useful for detecting small natural gold nuggets. The final identification, however, normally requires recovering and inspecting the target.

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VLF Metal Detector for Gold and Metals

A VLF metal detector is widely used for gold prospecting, coin hunting, jewelry searching, and general metal detection. VLF systems provide excellent sensitivity to small targets and usually offer detailed discrimination and Target ID features. Higher-frequency VLF detectors can be particularly effective when searching for small natural gold in suitable ground conditions. Devices such as XP DEUS II HF2 combine advanced frequency options with fast response and lightweight wireless operation. VLF technology is also popular because users can adjust discrimination, ground balance, sensitivity, and audio settings according to the search environment. This makes it one of the most versatile technologies available today.

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Pulse Induction Metal Detector

A pulse induction metal detector uses short, powerful electrical pulses rather than a continuous signal. After each pulse, the detector measures the electromagnetic response returning from the ground and any metallic objects beneath it. PI technology is especially useful in highly mineralized soil, saltwater environments, and areas where conventional detectors may experience strong ground interference. It is commonly chosen for deeper targets and larger buried metallic objects. However, target discrimination may differ from that found on advanced VLF systems. For difficult terrain and depth-oriented searches, Pulse Induction remains an important technology in professional metal detection.

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Ground Balance Metal Detector Technology

A ground balance metal detector is designed to reduce the unwanted signals produced by naturally occurring minerals in the soil. Without proper ground balance, mineralized ground can create false signals, unstable Target ID readings, and reduced detection depth. Manual ground balance allows experienced users to precisely adjust the detector, while automatic systems can analyze the soil and select an appropriate setting. Some advanced detectors also provide tracking ground balance that continuously adjusts as soil conditions change. This feature becomes particularly important when prospecting for natural gold in highly mineralized environments. Correct ground balance can significantly improve detector stability and target response.

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Metal Detector Discrimination

Metal detector discrimination helps users decide whether a detected target is likely to be desirable or unwanted before digging. The detector analyzes the electrical response of the object and may classify it according to conductivity or ferrous characteristics. Iron targets can often be identified and rejected, while non-ferrous metals such as gold, silver, copper, and aluminum generate different responses. Advanced systems allow users to customize discrimination levels and audio tones according to their search preferences. However, very deep or unusual targets can sometimes produce less accurate readings. Experienced detectorists therefore combine discrimination with Target ID, audio quality, and repeated scanning from different directions.

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How Does a 3D Ground Scanner Work?

A 3D ground scanner collects measurements across a defined search area and converts the collected data into a visual representation of underground anomalies. Instead of relying only on an audio response, the user performs organized scan lines while the system records changes beneath the surface. Specialized software can then display differences that may indicate metallic objects, cavities, voids, tunnels, or other underground structures. Systems such as UIG Ground Scanner are designed for this type of detailed subsurface analysis. Accurate scanning requires correct technique, consistent movement, and careful interpretation of the resulting data. 3D scanning is therefore different from conventional metal detecting with a search coil.

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Long Range Gold Detector Systems

A long range gold detector is intended to help searchers cover larger areas and identify possible directions toward selected targets. These systems operate differently from conventional VLF or Pulse Induction detectors and are generally used during the initial exploration stage of a search. Devices such as Gold Hunter Smart and Titan 500 Smart provide specialized search systems designed for different target categories and field conditions. Long-range searching can be particularly useful when the area to be explored is too large for immediate detailed scanning. Once a potential location is identified, users can perform additional confirmation using a conventional detector or ground scanning system. Combining technologies can provide a more structured search process.

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Conventional Detection vs 3D Scanning vs Long-Range Search

Each detection technology serves a different purpose. Conventional VLF and multi-frequency detectors are ideal when the searcher needs direct target detection, discrimination, and accurate pinpointing. Pulse Induction systems are commonly used for difficult ground conditions and deeper metallic targets. A 3D ground scanner is better suited to mapping subsurface anomalies and examining larger underground structures. Long-range systems are designed to cover wider search areas and indicate possible target directions. Understanding these differences prevents users from expecting one device to perform every type of search. The best detector is the one whose technology matches the actual target and environment.

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How Do Gold and Metal Detectors Work in Mineralized Soil?

The question how do metal detectors work in mineralized soil is especially important for gold prospectors. Minerals such as iron oxides can generate their own electromagnetic response and interfere with the signal coming from a real target. Modern detectors compensate for this using ground balance, signal filtering, frequency adjustment, and specialized search programs. Pulse Induction technology can also perform well in heavily mineralized environments because it handles ground response differently from conventional VLF systems. Proper detector setup is essential because excessive sensitivity may actually make the detector less stable. Experienced users adjust the detector according to the ground rather than always using maximum power.

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Can Gold Detectors Distinguish Gold from Other Metals?

Gold detectors can provide information that helps users estimate whether a target may be gold, but no conventional detector can guarantee the composition of an underground object before recovery. Gold, aluminum, copper, and other non-ferrous metals can sometimes produce similar conductivity readings. Target ID, discrimination, frequency, signal stability, and audio characteristics help narrow the possibilities. Advanced detectors provide considerably more information than a simple audio signal, allowing experienced users to make better decisions before digging. Small natural gold can also produce a different response from large jewelry or buried gold objects. For this reason, understanding the detector’s signals is just as important as selecting the detector itself.

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Which Gold Detector Should You Choose?

Choosing the right gold detector begins with defining the target and search environment. For natural gold, small nuggets, coins, and jewelry, devices such as XP DEUS II and XP DEUS II HF2 provide advanced conventional detection capabilities. Users interested in underground scanning can consider UIG Ground Scanner, while other specialized search requirements may be better suited to Treasure Way or Deep Seeker. For wider-area exploration, Gold Hunter Smart and Titan 500 Smart provide additional search approaches. There is no single detector that is best for every situation. Matching the technology to the target, soil, depth, and search area is the most important consideration.

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Gold and Metal Detectors at Detectors Shop

Detectors Shop provides professional gold and metal detection systems for different search applications and environments. Our range includes advanced XP metal detectors as well as specialized GER Detect systems for gold searching, ground scanning, deep detection, and wider-area exploration. Models such as XP DEUS II, XP DEUS II HF2, Gold Hunter Smart, Titan 500 Smart, Deep Seeker, Treasure Way, and UIG Ground Scanner cover several different detection technologies. This gives customers the ability to select a system based on their actual search requirements rather than relying on a single technology. Professional guidance can also help users understand which detector is most appropriate for their target and field conditions.

Frequently Asked Questions

Conclusion

Understanding how gold and metal detectors work makes it easier to choose the correct device and use it effectively. VLF, multi-frequency, FMF, Pulse Induction, 3D scanning, and long-range technologies each solve different detection challenges. Factors such as target size, depth, soil mineralization, operating frequency, and search technique can all affect performance. Rather than choosing a detector only according to its advertised depth, users should first identify what they want to find and where they plan to search. With the right technology and proper setup, modern gold and metal detectors can provide powerful tools for professional exploration and prospecting.

Keeping your XP metal detector updated is one of the easiest ways to ensure that you are using the latest improvements, compatibility updates, bug fixes, and performance enhancements released by XP Metal Detectors.

DEUS II HF2 GOLD

Depending on the model, XP firmware updates can apply to the detector’s remote control, wireless headphones, coils, and other compatible accessories. In some cases, different components must also be updated to compatible firmware versions to continue working together correctly.

In this complete guide, we will explain how to update XP metal detectors step by step, including the update process for XP DEUS II, XP ICON, XP DEUS, WS6, WSA II, and other compatible XP accessories.

You will also learn how to update XP metal detectors what you need before starting, how to access the official XP updater, how to avoid common update mistakes, and how to solve the most frequent firmware update problems.

What You Need Before Updating Your XP Metal Detector

how to update XP metal detectors Before starting the update process, prepare everything you need in advance to avoid interruptions or connection problems.

You will need:

• A compatible XP metal detector or accessory
• A Windows PC or compatible computer
• A stable internet connection
• The correct USB data cable
• A sufficiently charged remote control or wireless headphones
• Access to the official XP update page
• A supported web browser when using the XP online updater

It is also a good idea to write down any custom programs or personal settings before updating, especially if you use modified search programs that you may want to restore later.

Important: Use the correct XP USB/data cable for the component you are updating. A charging-only cable may not allow the updater to detect the device.

How to Access the Official XP Updater

how to update XP metal detectors ??
XP provides official update tools for supported detectors and accessories. For the safest update process, always use the official XP website rather than third-party download pages.

Step 1 – Open the XP Updates Page

Go to the official XP Metal Detectors website and open the Updates section.

Step 2 – Choose Your Detector

Select the product you want to update XP metal detectors , such as:

• XP DEUS II
• XP ICON / ICON X
• XP DEUS Gold

Step 3 – Open the Correct Updater

Each detector family uses its own update process. Make sure you select the updater that matches your detector and accessory.

For DEUS II, the updater may include separate options for components such as:

• Remote Control
• WS6
• WSA II / WSA II XL
• Compatible stereo headphones

Step 4 – Follow the On-Screen Instructions

Once the updater opens, follow the instructions shown on the screen carefully. Do not connect or disconnect the device until the updater asks you to do so.

Important: Always choose the correct detector and accessory before starting. Using the wrong updater or interrupting the process may cause the update to fail.

How to Update XP DEUS II Remote Control – Step by Step

Updating the DEUS II Remote Control is straightforward when you follow the correct sequence. XP recommends using its official updater and the correct USB data cable supplied with the detector.

Step 1 – Charge the Remote Control

Before starting, make sure the DEUS II Remote Control has enough battery power.

Avoid beginning a firmware update when the battery is very low, as an unexpected shutdown during installation can interrupt the process.

Step 2 – Open the Official XP Updater

Open the official XP update page on your computer and select the DEUS II update XP metal detectors.

For the online updater, XP recommends using a compatible browser such as Google Chrome or Microsoft Edge. how to update XP metal detectors

Step 3 – Put the DEUS II Remote Control in Update Mode

On the DEUS II Remote Control, navigate to:

OPTION → CONFIG → UPDATE → CONFIRM

Once confirmed, the remote control will be ready to communicate with the updater.

Step 4 – Connect the Remote Control to the Computer

Use the correct XP USB cable supplied with the DEUS II and connect the Remote Control to a USB port on your computer.

Make sure the cable is properly connected and avoid using a charging-only USB cable.

Step 5 – Select the Firmware Version

Inside the update XP metal detectors, select the firmware version you want to install.

In most cases, users should choose the latest stable version available unless XP specifically recommends another version for compatibility reasons.

Step 6 – Start the Firmware Update

Follow the instructions displayed by the update XP metal detectors and begin the installation.

The updater will transfer the firmware to the DEUS II Remote Control and install it automatically.

Step 7 – Do Not Disconnect the Device

While the update is running:

• Do not unplug the USB cable.
• Do not turn off the computer.
• Do not switch off the Remote Control.
• Do not close the updater page.

Wait until the updater confirms that the firmware installation has finished successfully.

Step 8 – Restart the DEUS II Remote Control

After the update XP metal detectors confirms that the process is complete, disconnect the cable only when instructed and restart the Remote Control.

Step 9 – Check the Firmware Version

After restarting the detector, open the system information menu and verify that the new firmware version has been installed correctly.

Important: If you use wireless headphones such as WS6, WSA II, WSA II XL, or compatible stereo XP headphones, update them to the firmware version required by the Remote Control. XP warns that incompatible firmware versions between components can prevent them from working together correctly.

XP’s official instructions confirm the DEUS II update path through OPTION → CONFIG → UPDATE → CONFIRM, and they also stress that the remote and compatible wireless headphones should be kept on matching firmware versions where required.

How to Update XP WS6 Headphones – Step by Step

If you use the XP WS6 wireless headphones with your DEUS II, they should be updated whenever XP requires the headphones and Remote Control to use compatible firmware versions.

WS6 Headphones

Step 1 – Open the WS6 Settings

Turn on the WS6 module and press the menu button to access the options.

Navigate to the configuration menu.

Step 2 – Enter Update Mode

From the WS6 menu, select:

CONFIG → UPDATE

Press and hold the required button to confirm update mode.

The WS6 will now be ready to connect to the XP updater.

Step 3 – Open the XP Updater

On your computer, open the official XP updater and select the WS6 option.

Make sure you are using the updater intended for the WS6 and not another XP accessory.

Step 4 – Connect the WS6 to the Computer

Use the correct single USB data cable supplied for the WS6.

Connect the WS6 directly to your computer when the updater asks you to do so.

Step 5 – Select the Firmware Version

Choose the firmware version required for your DEUS II system.

For proper compatibility, the WS6 should use the version specified by XP for the Remote Control firmware you have installed.

Step 6 – Start the Update

Follow the instructions displayed on the XP updater and begin the firmware installation.

Do not disconnect the WS6 while the update is in progress.

Step 7 – Wait for the Update to Finish

Keep the WS6 connected until the updater confirms that the installation has completed successfully.

Do not close the updater, unplug the cable, or switch off the computer during this process.

Step 8 – Restart the WS6

Once the update XP metal detectors is complete, disconnect the cable only when instructed and restart the WS6.

Step 9 – Reconnect the WS6 to DEUS II

Turn on the DEUS II Remote Control and verify that the WS6 connects normally.

If the headphones do not reconnect after the update, check that the Remote Control and WS6 are using compatible firmware versions.

Important: XP specifically recommends updating the WS6 and DEUS II Remote Control to the same required firmware version to ensure correct wireless communication.

How to Update XP WSA II and WSA II XL Headphones – Step by Step

The XP WSA II and WSA II XL wireless headphones can also receive firmware updates through the official XP updater. XP recommends keeping them on the same firmware version as the DEUS II Remote Control to ensure proper communication.

Step 1 – Charge the Headphones

Before starting, make sure your WSA II or WSA II XL headphones are sufficiently charged.

XP recommends having at least 50% battery level before beginning a firmware update.

Step 2 – Open the Official XP Updater

On your computer, open the official XP updater.

Select the:

WS6 or WSAII

tab at the top of the updater page.

The WSA II and WSA II XL use the same updater option.

Step 3 – Put the Headphones in Update Mode

To place the WSA II or WSA II XL headphones into update mode:

1. Press the – button.
2. Then press the + button.
3. Hold both buttons together for approximately 12 seconds.

The headphones will then be ready for the firmware update.

Step 4 – Connect the Correct USB Cable

Connect the headphones to your computer using the single USB DATA cable supplied with the headphones.

Important: Do not use the three-output DEUS II charging cable for this step. XP specifically requires the single USB data cable for updating the WSA II and WSA II XL.

Step 5 – Select the Firmware Version

Follow the instructions displayed by the XP updater and select the firmware version that matches your DEUS II system.

Step 6 – Start the Firmware Update

Begin the update and keep the headphones connected while the firmware is being transferred and installed.

Do not unplug the USB cable or close the updater during the process.

Step 7 – Wait for Confirmation

Wait until the updater confirms that the firmware installation has completed successfully.

Only disconnect the headphones when the updater indicates that it is safe to do so.

Step 8 – Restart and Test the Headphones

Restart the WSA II or WSA II XL headphones and turn on your DEUS II Remote Control.

Confirm that the headphones reconnect and operate normally.

Compatibility Warning: XP states that the DEUS II Remote Control and WSA II / WSA II XL headphones must use the same required firmware version. If the versions do not match, the headphones may not communicate with the Remote Control correctly.

XP’s official instructions specifically state that WSA II and WSA II XL use the same updater tab, enter update mode by holding – and + for about 12 seconds, and must use the single USB DATA cable rather than the three-output cable.

How to Update XP ICON / ICON X – Step by Step

XP provides a dedicated updater for the XP ICON and ICON X detectors. The update process is designed to keep the detector’s remote control and compatible wireless headphones up to date with the latest functions and improvements.

XP ICON

Step 1 – Charge the ICON or ICON X Components

Before starting, make sure the Remote Control and any wireless headphones you plan to update have sufficient battery power.

Avoid starting a firmware update with a nearly empty battery.

Step 2 – Open the Official XP Updates Page

Go to the official XP Metal Detectors website and open the Updates section.

Select:

ICON / ICON X

Then open the official ICON Updater.

Step 3 – Select the Component You Want to Update

The ICON update XP metal detectors can be used to update supported components of the detector system, including the Remote Control and compatible wireless headphones.

Choose the correct component before continuing.

Step 4 – Connect the Remote Control

Use the correct USB data cable and connect the ICON or ICON X Remote Control to your computer when the updater asks you to do so.

Make sure the USB connection is stable throughout the process.

Step 5 – Follow the Updater Instructions

The official XP updater will guide you through the required steps.

Follow every instruction shown on the screen carefully and do not disconnect the Remote Control while firmware is being transferred or installed.

Step 6 – Install the Available Firmware

Choose the firmware version offered by the official updater and start the installation.

Wait until the update process reaches completion.

Step 7 – Wait for Confirmation

Do not disconnect the USB cable until the updater confirms that the update has finished successfully.

Closing the browser or disconnecting the device during installation may interrupt the update.

Step 8 – Restart the Remote Control

Once the updater confirms completion, disconnect the device when instructed and restart the ICON or ICON X Remote Control.

Step 9 – Update Compatible Wireless Headphones

If your detector is paired with compatible XP wireless headphones, return to the ICON updater and update the headphones when required.

Follow the specific on-screen instructions for the headphone model you are using.

Step 10 – Test the Detector

After completing the updates:

• Turn on the detector.
• Confirm that the Remote Control starts normally.
• Check the wireless headphone connection.
• Confirm communication with the search coil.
• Perform a short detection test.

If all components connect normally, the update has been completed successfully.

Important: Always use the official XP ICON updater and follow the instructions displayed on screen. The exact update procedure may change as XP releases new firmware versions.

How to Update the Original XP DEUS – Step by Step

The original XP DEUS can also receive firmware updates through the official XP updater. Depending on the update, the process may involve the Remote Control, wireless headphones, and coil software.

For proper operation, XP recommends keeping all DEUS components on the same compatible firmware version.

Step 1 – Fully Charge All DEUS Components

Before starting the update, make sure the following components are fully charged:

• DEUS Remote Control
• Wireless headphones
• Search coils

A firmware update should not be started with a low battery level.

Step 2 – Open the Official DEUS Updater

Go to the official XP Metal Detectors Updates page and select:

DEUS UPDATER

Use the English version of the updater and follow the instructions displayed on the screen.

Step 3 – Prepare the DEUS Remote Control

Turn on the Remote Control and follow the updater instructions to place it in the required update mode.

Do not connect the USB cable before the updater asks you to do so.

Step 4 – Connect the Remote Control

Use the single USB data cable recommended by XP.

Connect the DEUS Remote Control directly to the computer when prompted by the updater.

Important: Do not use the three-output charging cable for the firmware update.

Step 5 – Select the Firmware Version

Choose the firmware version available through the official DEUS updater.

Unless you have a specific compatibility reason to use another version, install the latest stable firmware offered by XP.

Step 6 – Update the Remote Control

Start the firmware installation and keep the Remote Control connected until the updater confirms that the process has finished successfully.

Do not unplug the USB cable during installation.

Step 7 – Update the Wireless Headphones

After updating the Remote Control, follow the updater instructions to update the compatible DEUS wireless headphones.

The headphones should use the same compatible firmware version as the Remote Control.

Step 8 – Update the Search Coils When Required

Some DEUS firmware updates may also include coil software.

Follow the official updater instructions carefully and make sure all coils used with the detector are updated when required.

Step 9 – Restart the DEUS System

After all required components have been updated:

• Restart the Remote Control.
• Restart the headphones.
• Select the correct coil.
• Confirm that all components communicate normally.

Step 10 – Test the Detector

Perform a quick functional test after the update.

Check:

• Coil connection
• Wireless headphone connection
• Audio response
• Target detection
• Saved programs and settings

Important Compatibility Rule: XP states that the DEUS Remote Control, headphones, and coils should use the same compatible firmware version. For example, components running different major firmware versions may not communicate correctly.

XP’s official DEUS V6 instructions specifically say that the Remote Control, headphones, and coils should all be updated to the same version, and its current update page still provides a dedicated DEUS updater for these components.

What to Do After Updating Your XP Metal Detector

Once the firmware update is complete, do not start detecting immediately. Take a few minutes to confirm that all components are working correctly and that the update was installed successfully.

1. Check the Installed Firmware Version

Open the detector’s system information menu and confirm that the expected firmware version is displayed.

If the version number has not changed, repeat the update process and make sure the installation completed successfully.

2. Reconnect Wireless Headphones

Turn on your XP wireless headphones and check that they connect normally to the Remote Control.

If they do not connect, confirm that both components are running compatible firmware versions.

3. Check Coil Connection

Verify that the search coil is recognized by the detector and responds correctly.

If the coil is not detected, check the pairing settings and confirm whether the firmware update also required a coil update.

4. Reconnect the MI-6 Pinpointer

If you use an XP MI-6 pinpointer, check that it is still paired correctly after the update.

Reconnect or re-pair it if necessary.

5. Restore Custom Programs

Some firmware update XP metal detectors may reset or modify custom settings.

If you saved your preferred programs before updating, re-enter them and confirm that all important parameters are correct.

6. Test the Audio

Check the headphones and detector audio before going into the field.

Test:

• Volume
• Audio type
• Target tones
• Wireless connection
• MI-6 audio, if connected

7. Perform a Quick Detection Test

Pass a few known metal targets under the coil and confirm that the detector responds normally.

This simple test can help identify connection or configuration issues before you begin a full detecting session.

8. Restart the Complete System

Finally, switch off the Remote Control, headphones, and accessories, then restart the entire system once.

If all components connect normally and the detector responds correctly, the firmware update is complete.

Tip: After every major firmware update, spend a few minutes reviewing the detector settings. New firmware versions may introduce additional options, audio features, compatibility changes, or improvements that are worth testing.

XP Firmware Update Problems and Solutions

Even when the update process is simple, connection issues, incorrect cables, incompatible firmware versions, or interrupted installations can sometimes cause problems. The solutions below cover the most common XP firmware update issues.

XP Updater Does Not Detect the Detector

If the updater cannot detect your XP device:

• Disconnect and reconnect the USB cable.
• Try another USB port on the computer.
• Make sure you are using a USB data cable, not a charging-only cable.
• Close and reopen the updater.
• Restart the detector and enter update mode again.
• If using an online updater, try Google Chrome or Microsoft Edge.

USB Device Not Recognized

If Windows does not recognize the detector or headphones, first verify the cable and USB port.

Avoid USB hubs whenever possible and connect the XP device directly to the computer.

If the problem continues, restart the computer and repeat the process.

Firmware Update Stops or Freezes

If the update appears to stop:

• Do not immediately disconnect the device.
• Wait for the updater to respond.
• Check that the internet connection is still active.
• Avoid closing the browser or update software during installation.

If the updater reports an error, restart the process from the beginning using the official XP updater.

DEUS II Remote Control Will Not Enter Update Mode

Confirm that you are following the correct menu path:

OPTION → CONFIG → UPDATE → CONFIRM

If the update option is unavailable, check the firmware-specific instructions provided by XP, as older versions may use slightly different procedures.

WS6 Does Not Connect After the Update

One of the most common causes is a firmware mismatch between the WS6 and DEUS II Remote Control.

Check the installed firmware version on both devices and update the WS6 again if necessary.

WSA II or WSA II XL Does Not Work After Updating

Verify that:

• The headphones were updated using the correct updater option.
• The correct single USB data cable was used.
• The firmware version is compatible with the DEUS II Remote Control.

Restart both devices after confirming the firmware versions.

The Search Coil Does Not Connect

If the coil no longer communicates with the detector:

• Restart the detector.
• Check that the correct coil is selected.
• Re-pair the coil if necessary.
• Verify whether the firmware update required a coil update.

For the original XP DEUS, coil firmware compatibility can be especially important.

The Update Fails Before Completion

Common causes include:

• Unstable USB connection
• Incorrect USB cable
• Low battery
• Browser interruption
• Computer sleep mode
• Internet connection failure

Repeat the update only after correcting the likely cause.

The Detector Restarts After an Update

A restart after firmware installation can be normal.

Allow the detector to complete the startup process and then check the installed firmware version.

If the detector repeatedly restarts or fails to load normally, reconnect it to the official updater and follow XP’s recovery or update instructions.

Custom Programs Have Disappeared

Some updates may reset or modify saved user settings.

This is why it is recommended to record important custom programs before installing new firmware.

Re-enter your preferred settings after confirming that the update was completed successfully.

The Remote and Headphones Show Different Firmware Versions

Do not ignore a firmware mismatch.

XP requires compatible firmware versions between the Remote Control and supported wireless headphones for proper communication.

Update the component that is still running the older or incompatible version.

Important: If an update repeatedly fails, avoid experimenting with unofficial firmware files or third-party update tools. Return to the official XP updater and follow the instructions for your exact detector and accessory.

XP Firmware Update Safety Tips and Important Warnings

Firmware updates are generally safe when the official XP procedure is followed correctly. However, interrupting the process or using the wrong connection method can cause update failures.

Use Only the Official XP Updater

Always download or access firmware updates through the official XP Metal Detectors website.

Avoid unofficial firmware files, modified software, or third-party download pages.

Use the Correct USB Data Cable

Not every USB cable can transfer data.

A charging-only cable may power the device without allowing the updater to recognize it.

Always use the cable recommended by XP for the specific Remote Control, headphones, or accessory you are updating.

Do Not Disconnect the Device During Installation

Never unplug the USB cable while firmware is being transferred or installed.

Wait until the updater confirms that the process has finished.

Keep the Battery Sufficiently Charged

Make sure the component being updated has enough battery power before starting.

This reduces the risk of the device shutting down during installation.

Prevent the Computer from Entering Sleep Mode

During the update, keep the computer active.

Avoid:

• Sleep mode
• Automatic shutdown
• Restarting the computer
• Closing the updater
• Disconnecting from the internet

Update Compatible Components When Required

An XP detector may contain several wireless components that communicate with each other.

Depending on the detector and firmware version, this may include:

• Remote Control
• Wireless headphones
• Search coils
• Compatible accessories

If XP requires multiple components to use matching or compatible firmware versions, update all of them before returning to normal use.

Save Important Settings Before Updating

Write down any important custom programs, audio settings, discrimination settings, or other personal configurations before installing a major firmware update.

This makes it easier to restore your preferred setup if settings are reset.

Do Not Force an Update After an Error

If the updater reports a failure, first identify the likely cause.

Check:

• USB cable
• USB port
• Battery level
• Internet connection
• Correct updater
• Correct update mode

Then restart the update process using the official instructions.

Verify the Detector After Every Update

Once the firmware installation is complete, check that the detector, headphones, coil, and accessories communicate correctly before using the detector in the field.

Introduction

Introduction

The XP DEUS II is a high-performance wireless metal detector developed and manufactured in France by XP Metal Detectors. It is built around XP’s FMF® Fast Multi Frequency technology, which processes multiple frequencies simultaneously to deliver fast target response, improved target identification, and strong performance across a wide variety of ground conditions.

XP DEUS 2

Unlike conventional detectors that rely on a single fixed frequency, the DEUS II uses different combinations of low, medium, and high frequencies depending on the selected search program. This allows the detector to adapt to a broad range of targets, from small coins and fine jewelry to gold nuggets, relics, and larger deeply buried metallic objects.

One of the DEUS II’s strongest advantages is its versatility. It is designed for both land and underwater detection, with the search coil and remote control rated IP68 for depths of up to 20 meters. The system is also completely wireless and extremely lightweight, with certain configurations starting from approximately 750 grams.

The detector also offers advanced control over discrimination, sensitivity, reactivity, ground balance, audio response, frequency selection, target identification, pinpointing, and custom search settings. In addition, it supports multiple audio systems, wireless headphones, the XP MI-6 pinpointer, software updates, and the XP GO TERRAIN mobile application.

In this complete XP DEUS II review, we will examine its FMF technology, search programs, frequencies, gold and relic performance, beach and diving capabilities, ground settings, discrimination, audio options, wireless accessories, correct setup, and practical field use.

Customers purchasing the XP DEUS II from Detectors Shop receive a 5-year warranty and professional support from our team in Dubai.

XP DEUS II at a Glance

Before going deeper into the search programs and advanced settings, here is a quick overview of the most important XP DEUS II specifications and capabilities.

Feature	XP DEUS II
Manufacturer	XP Metal Detectors
Country of Manufacture	France
Detection Technology	FMF® Fast Multi Frequency
Wireless System	Fully wireless
Main Search Configuration	Factory programs + user-customizable programs
Single-Frequency Mode	DEUS MONO
Mono Frequency Range	4 to 45.4 kHz with standard FMF coils
HF2 Frequency Range	Up to 120 kHz in mono mode
Waterproof Rating	IP68
Maximum Diving Depth	Up to 20 meters
Target ID Scale	0 to 99 digital conductivity scale
Ground Balance	Grab, Tracking, and Manual in DEUS MONO
Pinpoint Mode	Yes
Gold Prospecting Program	Gold Field
Relic Program	Relic
Beach Programs	Diving, Beach, Beach Sens
Sensitivity Adjustment	0 to 99
Reactivity Control	Yes
Iron Volume	Adjustable
Discrimination	Advanced visual and audio discrimination
Audio Options	PWM, Square, High Square, Low Square
Wireless Headphones	WS6ST, WSAST, WSAXL ST
Pinpointer Compatibility	XP MI-6
Mobile App Support	XP GO TERRAIN
Software Updates	Yes
Weight	From about 750 g depending on configuration
Warranty	5 years from Detectors Shop

The DEUS II is not built around one fixed frequency profile. Its FMF programs use different combinations of simultaneous frequencies depending on the selected program, while DEUS MONO allows the user to work in a single-frequency configuration. The official manual states that standard mono operation covers seven main frequencies from about 4 to 45.4 kHz, while the HF2 coil extends the upper range much further.

The detector is also designed for both land and sea use. XP states that the remote control and search coil are IP68 waterproof to 20 meters, while the system can also be configured in very lightweight wireless setups starting at approximately 750 g.

How XP DEUS II FMF Technology Works

At the heart of the XP DEUS II is XP’s FMF® Fast Multi Frequency technology. Instead of operating on only one frequency at a time, the detector can process several frequencies simultaneously, allowing it to respond quickly to a wide range of metallic targets while maintaining strong target identification across different soil conditions.

The DEUS II does not use the same frequency combination in every program. Each factory program uses a specific combination of low, medium, and high frequencies together with its own signal processing and ground behavior. This allows the detector to be adapted to different search objectives rather than relying on one universal multi-frequency profile.

Why Multiple Frequencies Matter

Different frequencies react differently to different targets.

In general:

• Lower frequencies are well suited to larger and higher-conductivity targets.
• Higher frequencies provide increased sensitivity to smaller and lower-conductivity targets.
• Simultaneous multi-frequency operation allows the detector to cover a wider target range without forcing the operator to choose only one frequency.

The DEUS II manual explains that higher frequencies are particularly useful for small targets, especially in mineralized ground, while lower frequencies can be more effective on large masses or grouped coins.

FMF Frequency Limits

Within the FMF programs, the user can choose different maximum frequency limits.

With standard FMF coils, the selectable maximum frequency limits include:

• 14 kHz
• 24 kHz
• 40 kHz

The purpose of changing the maximum frequency is not simply to increase or reduce depth. It changes the detector’s sensitivity profile toward different target types and ground conditions.

For example:

14 kHz maximum
Can help focus more on high-conductivity targets and reduce response to very small conductors.

24 kHz maximum
Provides a middle ground between target sensitivity and stability.

40 kHz maximum
Offers the widest standard FMF frequency range and greater sensitivity to a broad variety of targets, including smaller non-ferrous objects.

The official manual describes 40 kHz as the most versatile of these standard FMF limits because it covers the widest frequency range.

DEUS MONO: Single-Frequency Operation

The XP DEUS II also includes DEUS MONO, a dedicated single-frequency program.

With standard FMF coils, the DEUS MONO program provides seven main frequencies from approximately 4.0 to 45.4 kHz, with frequency shifts available around each main frequency.

This creates a total of 49 selectable frequency positions in standard mono operation.

DEUS MONO can be useful when:

• Strong electromagnetic interference affects FMF operation
• The operator wants to focus on a specific target category
• A particular single frequency performs better in a specific location
• The user prefers traditional single-frequency behavior

Frequency and Target Type

The DEUS II manual provides a useful general relationship between frequency and target response.

Frequency Range	Typical Strength
Low frequencies	Larger masses, grouped coins, high-conductivity targets
Mid frequencies	General-purpose detecting, coins and medium-sized targets
High frequencies	Small coins, fine jewelry, small low-conductivity targets
Very high frequencies	Small gold nuggets and tiny targets, especially in mineralized ground

This is one reason why FMF is so important to the DEUS II.

Instead of choosing between “deep large targets” and “small sensitive targets” using only one frequency, the detector can combine several frequencies and apply program-specific processing.

FMF and Mineralized Ground

Mineralized ground is one of the environments where multi-frequency processing becomes especially useful.

The DEUS II uses its frequency combinations not only for target detection, but also for managing ground response. Depending on the selected program, frequencies can be processed differently to reduce electrically conductive ground effects or improve sensitivity to certain target categories.

This is especially important in programs such as:

• Sensitive
• Gold Field
• Relic
• Diving
• Beach
• Beach Sens

Each program uses a different frequency strategy and different internal parameters according to its intended environment.

FMF Is Not Just “More Frequencies”

The key advantage of XP’s FMF system is not simply the number of frequencies being transmitted.

The DEUS II combines:

Frequency selection + signal processing + ground handling + discrimination + reactivity + audio behavior

into a complete search platform.

This is why two DEUS II programs using similar frequency ranges can still behave differently in the field.

The program itself determines how the detector processes the signals, manages the ground, and presents target information to the operator.

XP DEUS II Search Programs Explained

The XP DEUS II is designed around a series of factory search programs, each optimized for a specific type of target, ground condition, or search environment. Rather than using one universal setup for every situation, the detector changes its frequency combination, signal processing, reactivity, discrimination behavior, and ground response according to the selected program.

Below are the factory programs documented in the current official DEUS II manual.

1. General

The General program is designed as a versatile starting point for both beginners and experienced users.

It uses a combination of low and high frequencies and is intended to provide a strong balance between target detection and false-signal control.

One of its main advantages is that it reduces the influence of damp or wet soil, which can sometimes produce false responses or “halo” effects around holes and disturbed ground.

This makes General a practical choice for:

• Everyday detecting
• Mixed targets
• General-purpose land searching
• Beginners learning the DEUS II
• Sites where wet soil creates unwanted responses

The official manual specifically describes General as suitable for both beginners and experienced users.

2. Sensitive

The Sensitive program uses low and high frequencies with a maximum frequency of approximately 40 kHz with standard FMF coils.

It is especially effective for:

• Small targets
• Low-conductivity targets
• Mineralized ground
• Polluted ground
• Areas containing many closely spaced objects

The manual notes that Sensitive is highly effective on small targets and performs particularly well in mineralized and contaminated ground.

3. Sensitive Full Tones

Sensitive Full Tones is based on the same core platform as the Sensitive program, but it uses Full Tones audio and a higher default Reactivity setting.

Instead of grouping targets into only a few tone categories, Full Tones produces a different audio response according to the conductivity of the detected target.

This gives experienced users more information through sound and can be very useful in heavily polluted or mineralized areas.

The trade-off is that the audio environment becomes more complex, so this mode generally requires more experience to interpret confidently.

4. Fast

The Fast program is built for speed and target separation.

It uses the same general platform as Sensitive but combines:

• Higher Reactivity
• Pitch audio
• Square audio processing

This combination makes the detector respond quickly when several targets are close together.

Fast is especially useful in:

• Iron-contaminated ground
• Old sites
• Areas with many closely spaced metallic objects
• Mineralized ground
• Locations where target separation is more important than maximum raw depth

The manual describes this program as particularly effective in ferrous-polluted and mineralized ground.

5. Park

The Park program is optimized for recreational areas and locations that are normally heavily polluted with modern metal trash.

Typical applications include:

• Parks
• Dry-sand beaches
• Picnic areas
• Public recreational zones
• Urban detecting sites

The factory configuration includes a notch range intended to reject common aluminum foil and also uses the B.Caps setting to help reject rusty bottle caps.

6. Deep High Conductor

The Deep High Conductor program is designed for deeper, higher-conductivity targets.

It combines lower and medium frequencies, with the standard program using frequencies up to approximately 14 kHz.

This program is particularly suitable for:

• High-conductivity coins
• Groups of coins
• Larger conductive targets
• Deep target searching in relatively clean ground

The official manual specifically states that it is designed to better locate good-conductivity targets while maintaining strong sensitivity to isolated coins.

7. DEUS MONO

DEUS MONO operates differently from the FMF programs because it uses a single frequency rather than simultaneous multi-frequency processing.

With standard FMF coils, the operator can work across seven main frequencies from approximately 4 to 45.4 kHz, with additional frequency shifts around each one.

DEUS MONO can be useful when:

• Electromagnetic interference affects FMF operation
• The user wants to concentrate on a particular target type
• A specific single frequency performs better at a given site
• The operator prefers traditional mono-frequency behavior

The manual also notes that DEUS MONO benefits from the DEUS II platform, including improved performance, audio quality, and EMI rejection.

8. Gold Field

The Gold Field program is one of the most important DEUS II modes for natural gold prospecting.

It is specifically intended for highly mineralized gold-bearing ground, where gold nuggets can sometimes produce responses similar to the surrounding soil or ferrous objects.

Gold Field operates in an all-metal configuration and mainly rejects the local ground after proper ground balancing.

This makes it especially suitable for:

• Native gold
• Gold nuggets
• Highly mineralized soil
• Gold-bearing ground
• Areas where small natural gold may be difficult to separate from the ground response

The manual recommends regularly adjusting the ground using the Grab function and reducing sensitivity if the detector becomes unstable in highly mineralized terrain.

9. Relic

The Relic program uses a similar processing approach to Gold Field but operates with lower frequencies and is designed for larger, deeper targets.

It is particularly suited to:

• Relics
• Large metallic masses
• Deep targets
• Historical sites
• Large buried objects

The detector is configured in an all-metal style with low Reactivity.

For deep large targets, XP recommends sweeping the coil higher above the ground, around 15 to 20 cm, to reduce interference from shallow iron and ground effects.

The manual also explains that reducing Reactivity toward 0 can provide an important advantage when searching for very deep large targets.

10. Diving

The Diving program is designed specifically for submerged saltwater detecting.

It uses lower and medium frequencies combined with conductive-soil subtraction to maintain better stability underwater and in wet salt conditions.

It is particularly suitable for:

• Saltwater diving
• Underwater coin hunting
• Rings and jewelry
• Wet salt environments
• Difficult submerged conditions

Compared with the Beach and Beach Sens programs, Diving is designed to provide greater stability and reduced response to very small low-conductivity targets such as aluminum foil.

11. Beach

The Beach program uses higher frequencies than Diving, reaching up to approximately 24 kHz with standard FMF coils.

Because of this, it provides greater sensitivity to smaller targets.

It is intended for:

• Wet beach sand
• Surf zones
• Small jewelry
• Coins
• Saltwater environments

If the detector becomes unstable, the user can reduce Salt Sens or increase Reactivity to improve stability.

12. Beach Sens

Beach Sens is the most sensitive of the three dedicated saltwater programs.

It uses frequencies up to approximately 40 kHz with standard FMF coils and is designed to provide excellent response to very small targets while still retaining strong performance on larger objects.

XP describes Beach Sens as the deepest beach program for wet conditions, while also noting that it is the most reactive and may require careful adjustment in unstable conditions.

Which XP DEUS II Program Should You Use?

Search Situation	Recommended Program
General land detecting	General
Small targets	Sensitive
Experienced audio-based target analysis	Sensitive Full Tones
Iron-contaminated ground	Fast
Parks and trashy recreational areas	Park
Deep high-conductivity targets	Deep High Conductor
Single-frequency searching	DEUS MONO
Natural gold and nuggets	Gold Field
Deep relics and large targets	Relic
Saltwater diving	Diving
Wet beach and surf	Beach
Maximum small-target sensitivity on wet beach	Beach Sens

The best DEUS II program depends on the target, ground conditions, contamination level, and whether the search is taking place on land, at the beach, or underwater.

XP DEUS II Gold Detection: Gold Field, Frequencies & Small Gold Performance

The XP DEUS II includes a dedicated Gold Field program specifically designed for natural gold prospecting in highly mineralized gold-bearing ground.

Gold Field is important because small gold nuggets can be difficult to detect in mineralized soil. Their signal can sometimes resemble the response of the surrounding ground or even ferrous material. To address this, XP configures Gold Field in an all-metal style, rejecting mainly the local ground after proper ground adjustment rather than relying on conventional discrimination.

Why Gold Field Is Different

Unlike general coin-hunting programs, Gold Field is designed to prioritize sensitivity to native gold and small low-conductivity targets in difficult soil.

The manual specifically recommends:

• Regularly adjusting the ground using Grab
• Lowering sensitivity if the detector becomes unstable
• Increasing Reactivity in strongly mineralized ground
• Using IAR discrimination carefully to control shallow iron without masking desirable targets

This makes Gold Field particularly suitable for:

• Gold nuggets
• Native gold
• Small low-conductivity targets
• Highly mineralized gold-bearing soil
• Prospecting areas with difficult ground response

Frequency and Gold Sensitivity

Frequency has a major influence on small-target sensitivity.

The DEUS II manual explains that higher frequencies are generally more sensitive to small targets than lower frequencies, especially in mineralized ground. With the standard FMF coils, the detector can operate with frequency limits up to approximately 40 kHz, while the HF2 coil extends the working range much higher.

For small gold, this matters because very small nuggets and fine low-conductivity targets often respond better to higher-frequency operation.

The manual also specifically associates the upper frequency ranges with small coins, fine jewelry, and gold nuggets in highly mineralized ground.

Standard FMF Coil vs HF2 Coil for Gold

With the standard FMF coils, the DEUS II already provides a strong frequency range for gold prospecting.

However, the HF2 coil extends the detector’s frequency capability significantly and is particularly well suited to very small targets in mineralized ground.

According to the official manual, the HF2 coil can reach:

• Up to approximately 89 kHz in FMF programs
• Up to approximately 120 kHz in DEUS MONO

The manual specifically notes that HF2 is particularly suitable for searching for small targets in mineralized environments because of these higher operating frequencies.

Ground Balance Is Critical for Gold Prospecting

Ground balancing is one of the most important settings when using Gold Field.

Highly mineralized gold-bearing soil can dramatically affect detector performance if the ground response is not correctly handled.

XP recommends using the Grab ground-setting method to capture the local ground value accurately.

The detector provides:

• Grab
• Tracking
• Manual Ground Balance in DEUS MONO

Grab is recommended by XP as the fastest and most accurate general method.

In Gold Field, ground compensation becomes especially important because very deep or very small gold targets may produce signals close to the surrounding ground response.

IAR Discrimination in Gold Field

Gold Field uses a special discrimination system called IAR — Iron Amplitude Rejection.

Unlike normal conductivity-based discrimination, IAR helps reject ferrous targets according to the strength and distance of their signal.

This is important because deeply buried gold or relic targets in mineralized soil can sometimes behave similarly to iron.

For that reason, excessive IAR rejection may reduce the chance of detecting difficult deep targets.

The official manual specifically advises reducing IAR if gold nuggets or deep relics begin producing iron-like responses.

Best Starting Strategy for Gold Field

A practical starting approach for natural gold prospecting is:

1. Select Gold Field.
2. Perform a proper Grab ground balance.
3. Begin with stable sensitivity rather than maximum sensitivity.
4. Increase Reactivity if the ground is strongly mineralized.
5. Keep IAR discrimination conservative.
6. Sweep slowly and consistently.
7. Re-ground balance when soil conditions change.
8. Investigate repeatable weak signals carefully.

Can XP DEUS II Detect Small Gold Nuggets?

Yes. The DEUS II is specifically designed to detect small low-conductivity targets, and the Gold Field program is intended for native gold prospecting in mineralized ground.

Performance improves further when using higher frequencies, particularly with the HF2 coil for very small targets.

However, gold-detection performance still depends on:

• Nugget size
• Ground mineralization
• Coil type
• Operating frequency
• Ground balance
• Sensitivity
• Reactivity
• Search technique

For this reason, no fixed depth should be assumed for all gold nuggets.

XP DEUS II Gold Detection: Gold Field, Frequencies & Small Gold Performance

The XP DEUS II includes a dedicated Gold Field program specifically designed for natural gold prospecting in highly mineralized gold-bearing ground.

Gold Field is important because small gold nuggets can be difficult to detect in mineralized soil. Their signal can sometimes resemble the response of the surrounding ground or even ferrous material. To address this, XP configures Gold Field in an all-metal style, rejecting mainly the local ground after proper ground adjustment rather than relying on conventional discrimination.

Why Gold Field Is Different

Unlike general coin-hunting programs, Gold Field is designed to prioritize sensitivity to native gold and small low-conductivity targets in difficult soil.

The manual specifically recommends:

• Regularly adjusting the ground using Grab
• Lowering sensitivity if the detector becomes unstable
• Increasing Reactivity in strongly mineralized ground
• Using IAR discrimination carefully to control shallow iron without masking desirable targets

This makes Gold Field particularly suitable for:

• Gold nuggets
• Native gold
• Small low-conductivity targets
• Highly mineralized gold-bearing soil
• Prospecting areas with difficult ground response

Frequency and Gold Sensitivity

Frequency has a major influence on small-target sensitivity.

The DEUS II manual explains that higher frequencies are generally more sensitive to small targets than lower frequencies, especially in mineralized ground. With the standard FMF coils, the detector can operate with frequency limits up to approximately 40 kHz, while the HF2 coil extends the working range much higher.

For small gold, this matters because very small nuggets and fine low-conductivity targets often respond better to higher-frequency operation.

The manual also specifically associates the upper frequency ranges with small coins, fine jewelry, and gold nuggets in highly mineralized ground.

Standard FMF Coil vs HF2 Coil for Gold

With the standard FMF coils, the DEUS II already provides a strong frequency range for gold prospecting.

However, the HF2 coil extends the detector’s frequency capability significantly and is particularly well suited to very small targets in mineralized ground.

According to the official manual, the HF2 coil can reach:

• Up to approximately 89 kHz in FMF programs
• Up to approximately 120 kHz in DEUS MONO

The manual specifically notes that HF2 is particularly suitable for searching for small targets in mineralized environments because of these higher operating frequencies.

Ground Balance Is Critical for Gold Prospecting

Ground balancing is one of the most important settings when using Gold Field.

Highly mineralized gold-bearing soil can dramatically affect detector performance if the ground response is not correctly handled.

XP recommends using the Grab ground-setting method to capture the local ground value accurately.

The detector provides:

• Grab
• Tracking
• Manual Ground Balance in DEUS MONO

Grab is recommended by XP as the fastest and most accurate general method.

In Gold Field, ground compensation becomes especially important because very deep or very small gold targets may produce signals close to the surrounding ground response.

IAR Discrimination in Gold Field

Gold Field uses a special discrimination system called IAR — Iron Amplitude Rejection.

Unlike normal conductivity-based discrimination, IAR helps reject ferrous targets according to the strength and distance of their signal.

This is important because deeply buried gold or relic targets in mineralized soil can sometimes behave similarly to iron.

For that reason, excessive IAR rejection may reduce the chance of detecting difficult deep targets.

The official manual specifically advises reducing IAR if gold nuggets or deep relics begin producing iron-like responses.

Best Starting Strategy for Gold Field

A practical starting approach for natural gold prospecting is:

1. Select Gold Field.
2. Perform a proper Grab ground balance.
3. Begin with stable sensitivity rather than maximum sensitivity.
4. Increase Reactivity if the ground is strongly mineralized.
5. Keep IAR discrimination conservative.
6. Sweep slowly and consistently.
7. Re-ground balance when soil conditions change.
8. Investigate repeatable weak signals carefully.

Can XP DEUS II Detect Small Gold Nuggets?

Yes. The DEUS II is specifically designed to detect small low-conductivity targets, and the Gold Field program is intended for native gold prospecting in mineralized ground.

Performance improves further when using higher frequencies, particularly with the HF2 coil for very small targets.

However, gold-detection performance still depends on:

• Nugget size
• Ground mineralization
• Coil type
• Operating frequency
• Ground balance
• Sensitivity
• Reactivity
• Search technique

For this reason, no fixed depth should be assumed for all gold nuggets.

XP DEUS II Depth & Deep Target Performance

When discussing XP DEUS II depth, it is important to avoid reducing the detector to one fixed maximum-depth number. XP does not publish a single universal depth figure for every target because real detection depth depends on the target, ground conditions, selected program, coil, reactivity, frequency range, and search technique.

Instead, the DEUS II is designed to let the operator optimize the detector for different types of deep targets.

What Affects XP DEUS II Detection Depth?

The main factors include:

• Target size
• Target conductivity
• Target orientation
• Ground mineralization
• Selected search program
• Reactivity setting
• Frequency range
• Coil type
• Ground balance
• Search speed
• Nearby ferrous contamination

A large, high-conductivity target in clean ground can behave very differently from a tiny low-conductivity target in mineralized soil.

Reactivity and Depth

Reactivity is one of the most important DEUS II settings affecting deep-target performance.

A lower Reactivity setting allows the detector to analyze the target signal for a longer period. In cleaner ground, this can improve response to deeper targets.

XP specifically explains that in clean ground, lowering Reactivity can make the detector more sensitive to deep targets.

As a general guide:

Reactivity	Typical Use
0–1	Deep targets, large masses, clean ground
2–2.5	General detecting
3–5	Iron-contaminated or highly mineralized ground

However, lower Reactivity is not always better.

In heavily mineralized or iron-contaminated soil, increasing Reactivity can improve target separation and stability, allowing the detector to identify desirable targets that might otherwise be masked by iron or ground noise.

Deep High Conductor Program

The Deep High Conductor program is one of the primary DEUS II programs for deep, high-conductivity targets.

It uses lower and medium frequencies and is designed for targets such as:

• Deep coins
• High-conductivity coins
• Coin clusters
• Larger conductive targets

The factory configuration uses frequencies up to approximately 14 kHz, which favors higher-conductivity targets compared with programs focused on extremely small low-conductivity objects.

For cleaner ground, XP also suggests that lower Reactivity settings can improve deep-target performance.

Relic Program for Large Deep Targets

For large targets at depth, the Relic program is especially important.

Relic is configured with:

• Lower frequencies
• Low Reactivity
• All-metal style operation
• Conductive soil subtraction
• Ground adjustment using Grab

XP specifically recommends this program for large masses at depth.

For this type of search, the manual recommends raising the search coil approximately 15–20 cm above the ground.

This may sound unusual, but the purpose is to reduce interference from:

• Shallow iron
• Small surface targets
• Ground effects

This allows the operator to concentrate more clearly on the longer, broader signal responses produced by larger deep targets.

Gold Field and Deep Targets in Mineralized Ground

Deep targets can become especially difficult to detect in mineralized soil because their signals may begin to resemble the surrounding ground response.

XP explains that Gold Field and Relic are designed to help in these situations because they mainly reject the local ground after precise adjustment instead of aggressively rejecting surrounding signals.

This can help when searching for:

• Deep native gold
• Larger buried masses
• Difficult targets in mineralized ground

The manual specifically notes that deeply buried targets may take on values close to the surrounding soil, making accurate ground compensation particularly important.

Frequency and Deep Targets

Lower frequencies are generally more suitable for larger targets and high-conductivity objects, while higher frequencies improve sensitivity to smaller targets.

This is why the DEUS II allows the operator to change the maximum frequency used by FMF programs.

For deep high-conductivity searching, reducing the maximum frequency to around 14 kHz can help concentrate the detector more toward larger and higher-conductivity targets.

By contrast, higher-frequency operation is more useful when searching for small targets and low-conductivity objects.

Search Speed Also Matters

XP recommends slower searching when investigating deeper targets.

A fast sweep can provide a quick overview of an area, but it may leave portions of ground insufficiently examined.

For more thorough searching, each coil sweep should slightly overlap the previous sweep.

Slowing down also gives the operator more time to recognize weak, deep responses.

Coil Position for Normal Deep Searching

For normal land detecting, XP recommends keeping the search coil:

• Parallel to the ground
• As close to the surface as practical
• Without repeatedly striking the ground

Keeping the coil close to the ground improves the chance of detecting deeper targets and also improves sensitivity to smaller objects.

The exception is specialized large-target searching with the Relic program, where XP recommends lifting the coil approximately 15–20 cm above the ground.

Does XP DEUS II Have a Fixed Maximum Depth?

No single fixed maximum depth is specified by XP for all targets.

This is the most accurate way to understand DEUS II depth:

XP DEUS II detection depth varies according to target size, conductivity, ground conditions, search program, frequency, coil, Reactivity, and operator technique.

A small coin, a gold nugget, and a large buried metallic object should not be expected to produce the same detection depth.

For deep-search performance, the operator should select the appropriate program and settings rather than relying on one advertised depth number.

XP DEUS II Beach & Underwater Detection

The XP DEUS II is designed for both land and underwater use, making it especially versatile for beach hunters and divers. XP rates the remote control and compatible search coils IP68 waterproof to 20 meters, while the detector also includes dedicated programs for saltwater conditions.

Dedicated Saltwater Programs

The DEUS II includes three factory programs specifically intended for beach and underwater detecting:

• Diving
• Beach
• Beach Sens

Each one uses a different combination of frequencies and signal processing to handle saltwater, wet sand, and changing mineralization.

Diving Program

The Diving program is designed for submerged saltwater searching and difficult underwater conditions.

It uses lower and medium frequencies with conductive-soil subtraction to improve stability in saltwater.

XP positions Diving as the most stable of the three saltwater programs, making it especially suitable for:

• Saltwater diving
• Underwater coin hunting
• Rings and jewelry
• Wet salt environments
• Challenging submerged conditions

The program is also naturally less responsive to very low-conductivity targets such as small aluminum foil compared with the more sensitive Beach and Beach Sens programs.

Beach Program

The Beach program uses higher frequencies, reaching up to approximately 24 kHz with standard FMF coils.

This gives it greater sensitivity to smaller targets than the Diving program.

Beach is especially suitable for:

• Wet beach sand
• Surf zones
• Coins
• Jewelry
• Small non-ferrous targets

If instability appears, XP recommends reducing Salt Sens or increasing Reactivity.

Beach Sens Program

The Beach Sens program is the most sensitive of the dedicated saltwater modes.

With standard FMF coils, it uses frequencies up to approximately 40 kHz and is designed to improve sensitivity to very small targets while maintaining strong performance on larger ones.

XP describes Beach Sens as the deepest beach program for wet conditions, but also the most reactive.

Because of this increased sensitivity, Beach Sens may require more careful adjustment in difficult saltwater conditions.

Salt Sensitivity

The DEUS II includes a dedicated Salt Sens setting for the Diving, Beach, and Beach Sens programs.

Salt Sens is designed specifically to reduce false signals caused by seawater and wet salt environments.

The setting can be adjusted from 1 to 9.

XP recommends using Salt Sens as the primary adjustment when instability is caused by saltwater, while general Sensitivity should be reduced mainly when the problem comes from electromagnetic interference.

Magnetic Black Sand

Some beaches contain strongly magnetic black sand, which can mask weak or deep targets.

The DEUS II includes a Magnetic Ground setting for the beach programs.

Two options are available:

Reject
Rejects black sand, ferrite, and meteorites for greater stability.

Accept
Allows these ground responses to be heard and may also allow deeper targets that would otherwise be masked by similar ground values.

XP notes that Accept can help reveal distant targets hidden by magnetic ground, but it also makes the detector less stable.

Waterproofing and Diving Depth

The DEUS II remote control and search coil are rated:

• IP68
• Waterproof to 20 meters

For deeper dives, XP also provides a dedicated Diving Mode that locks the remote-control keypad once water pressure becomes significant.

According to the manual, this mode is intended to prevent pressure at approximately 8 to 10 meters from accidentally activating remote-control buttons.

Underwater Antenna

Because radio waves do not travel effectively through water, the DEUS II uses a dedicated aerial antenna for underwater communication between the coil and remote control.

The standard box contents listed in the manual include the underwater aerial antenna and clip.

This component should be correctly installed before underwater use.

BH-01 Bone Conduction Headphones

For underwater detection, XP offers the BH-01 bone conduction headphones.

Instead of sitting over the ears, BH-01 rests against the cheekbones and transmits sound through vibration.

The headphones are:

• Designed specifically for metal detecting
• Made in France by XP
• IP68 waterproof to 20 meters
• Suitable for both underwater and land use

This design allows the ears to remain open while target audio is transmitted through bone conduction.

Which Beach Program Should You Choose?

Search Environment	Recommended Program
Saltwater diving	Diving
Wet sand and surf	Beach
Small targets in wet sand	Beach Sens
Strong black sand	Beach program + Magnetic Ground adjustment
Unstable saltwater conditions	Reduce Salt Sens
Freshwater diving	XP recommends an inland program rather than Diving

The three saltwater programs give the XP DEUS II a significant advantage for users who regularly move between dry land, wet beaches, surf zones, and underwater search locations.

XP DEUS II Target ID, Discrimination & Audio Identification

The XP DEUS II combines visual target identification with advanced audio discrimination, giving the operator several ways to evaluate a target before digging.

Instead of relying only on a single Target ID number, the DEUS II allows the user to combine:

• Digital Target ID
• Ferrous / Non-Ferrous visual display
• Discrimination
• Notch and Multi-Notch
• B.Caps
• Iron Volume
• Multiple tone modes
• Full Tones
• Pitch audio

This combination is one of the detector’s strongest features for experienced users who want more information from each target response.

Target ID Scale

The DEUS II uses a digital conductivity scale from 0 to 99 for most target identification, with the negative range down to -6.4 representing the ground zone and very small ferrous responses.

The conductivity scale helps the user estimate the electrical characteristics of the detected target. In general, lower numbers represent lower-conductivity targets, while higher numbers represent higher-conductivity targets.

The official manual also shows examples ranging from foil and poor alloys through bronze coins and larger silver or copper coins.

Discrimination

The Discrimination setting allows the operator to reject targets below a selected conductivity threshold.

For example:

• A setting of 10 rejects targets with a Target ID below 10.
• A higher setting can reject more low-conductivity targets.
• XP gives 40 as an example of a level that can reject much small aluminum foil.

However, higher discrimination can also cause desirable targets to be lost.

For that reason, XP recommends using visual and audio target information rather than relying only on aggressive discrimination.

Ferrous / Non-Ferrous Display

The standard DEUS II search screen includes a visual F/NF display for ferrous and non-ferrous target responses.

The screen also shows target strength, which can help the user assess the response of a target and estimate whether it is likely shallow, deep, weak, or strong.

The DEUS II also offers a full-screen Target ID display and an advanced X-Y target signature screen for additional visual analysis.

Notch

The Notch function allows the user to reject a specific conductivity value or target window without rejecting everything below that value.

For example, if an unwanted target repeatedly identifies around TID 37, the user can create a notch around that value while continuing to accept targets with conductivity above and below it.

This is especially useful in areas where one specific type of trash appears repeatedly.

Multi-Notch

The DEUS II also provides Multi-Notch, allowing several separate conductivity ranges to be rejected.

This gives the operator significantly more control than a simple discrimination threshold.

XP explains that the rejected zones appear grayed out on the target conductivity bar.

B.Caps – Bottle Cap Rejection

The B.Caps function is specifically designed to improve rejection of rusty bottle caps and certain difficult ferrous targets.

It can be adjusted from 0 to 5.

XP recommends using it particularly in:

• Parks
• Beaches
• Polluted sites
• Areas containing large numbers of rusty bottle caps

The system can also assist with some difficult ferrous objects such as ferrous cartridges, rings, and irregular iron targets.

Iron Volume

Iron Volume controls the loudness of the low tone associated with ferrous targets below the discrimination setting.

The range is:

• 0 = iron tone muted
• 10 = maximum iron volume

Some experienced detectorists prefer keeping iron audible at a low volume rather than completely silent because hearing the surrounding iron can provide useful information about a difficult site.

2, 3, 4 and 5 Tone Modes

The DEUS II allows the conductivity scale to be divided into different audio regions.

The operator can choose:

• 2 Tones
• 3 Tones
• 4 Tones
• 5 Tones

Each conductivity range can be assigned a different tone frequency and volume.

This allows targets to be classified audibly without constantly looking at the remote control display.

Full Tones

Full Tones provides a more detailed audio representation of target conductivity.

Instead of dividing targets into only a few fixed tone groups, each Target ID produces an audio pitch proportional to its conductivity.

Higher-conductivity targets therefore generate higher-pitched responses.

XP gives an example where aluminum foil with a TID around 30 produces a much lower tone than a large silver coin with a TID around 95.

Full Tones can provide a very rich amount of information, but it generally requires more experience because the user must learn to interpret a wide range of subtle sounds.

Pitch and Pitch 2

In Pitch mode, the target conductivity does not directly determine the sound.

Instead, the signal strength influences the audio pitch and volume.

A smaller or more distant target tends to produce a weaker, lower-pitched response, while a closer or stronger target produces a stronger, higher-pitched sound.

XP also provides Pitch 2, which is designed to make deep and small targets more noticeable while reducing ground noise.

Silencer

The Silencer helps reduce residual false spikes from large iron objects and irregular ferrous targets.

Increasing Silencer can improve iron rejection, but excessive filtering may also mask good non-ferrous targets located close to iron.

This setting should therefore be adjusted carefully in heavily contaminated sites.

Best Way to Identify a Target

For the most reliable target analysis, it is better to combine several types of information rather than relying on one value.

A practical DEUS II workflow is:

1. Listen to the audio response.
2. Observe the Target ID.
3. Check the ferrous / non-ferrous display.
4. Sweep the target from another direction.
5. Compare the signal consistency.
6. Use audio tone behavior to evaluate conductivity.
7. Use Pinpoint if necessary before digging.

A stable Target ID combined with a repeatable non-ferrous audio response is generally much more informative than a single isolated reading.

XP DEUS II Ground Balance, Mineralization & Ground Settings

Ground balance is one of the most important parts of getting stable and accurate performance from the XP DEUS II, especially in mineralized soil, black sand, old sites, and areas with changing ground conditions.

The DEUS II continuously displays information about the ground, including the measured ground phase and the level of mineralization, helping the operator understand how difficult the soil is before making adjustments.

Why Ground Balance Matters

Natural soil can contain iron oxides, ferrite, mineral salts, and other conductive or magnetic materials.

These ground conditions can:

• Reduce detection depth
• Create false signals
• Mask weak targets
• Make Target ID less stable
• Interfere with small gold or deep target detection

The DEUS II provides several ground-adjustment methods to help compensate for these effects.

Ground Balance Modes

The official manual lists three main ground-setting methods:

• Grab
• Tracking
• Manual

However, Manual ground adjustment is only available in the DEUS MONO program.

Grab Ground Balance

Grab is the method XP recommends most often because it is quick and accurate.

To perform Grab:

1. Enter the Ground menu.
2. Pump the search coil up and down over clean ground.
3. Hold the ground-balance control.
4. Continue until the ground sound is reduced and the displayed value stabilizes.

The manual recommends moving the coil vertically over the soil while capturing the local ground value.

Grab is especially useful when:

• Entering a new search area
• Moving into noticeably different soil
• Searching for gold in mineralized ground
• Using Gold Field or Relic
• The detector begins producing ground-related instability

Tracking Ground Balance

Tracking automatically monitors the ground and continuously adjusts the ground correction value.

This can be useful when mineralization changes gradually and consistently across a search area.

However, XP warns that Tracking is less suitable in locations where ground conditions change rapidly, such as old human settlements where mineralization may vary significantly within a short distance.

In those environments, XP recommends using Grab instead.

Manual Ground Balance

Manual ground balance is available in the DEUS MONO program.

The user first observes the ground mineralization value while pumping the coil over the soil, then manually adjusts the ground setting to match the measured value.

XP explains that manual adjustment is not offered in the multi-frequency programs because each frequency would otherwise need to be adjusted separately. Grab can capture the ground response of the frequencies simultaneously.

Ground Stabilizer

The DEUS II also provides a Ground Stabilizer setting for inland programs.

It controls how much ground feedback the operator is willing to hear.

The range is:

• Level 1 – Least stable / maximum ground acceptance
• Level 2 – Balanced
• Level 3 – Most stable

XP describes Level 1 as an expert setting because it allows more ground response to remain audible, which can help reveal very deep signals that might otherwise be masked by mineralization.

Level 3 provides more stability but rejects more ground response.

Which Ground Stabilizer Level Should You Use?

Ground Condition	Suggested Starting Point
Clean, mild soil	Level 2
Difficult mineralized soil	Level 2 or 3
Maximum stability required	Level 3
Expert deep searching	Level 1

The best value depends on the search environment and the operator’s experience.

Ground Mineralization Indicator

The DEUS II displays both:

• Ground phase
• Mineralization strength

The stronger the mineralization level, the more the soil can affect detector performance.

Pumping the coil several times over clean ground helps produce a more accurate mineralization reading.

Magnetic Ground and Black Sand

In the Diving, Beach, and Beach Sens programs, the DEUS II includes a dedicated Magnetic Ground setting.

This is especially useful on beaches containing magnetic black sand.

Two options are available:

Reject
Provides greater stability by rejecting black sand, ferrite, and meteorite-like responses.

Accept
Allows these ground responses to sound and can help reveal deeper targets that might otherwise be masked by similar ground values.

Ground Balance for Gold Field and Relic

Ground balance becomes especially important in Gold Field and Relic.

XP explains that deeply buried targets can sometimes produce values very close to the surrounding ground.

These programs are designed to reject mainly the local ground after precise adjustment, helping retain responses from difficult deep targets in mineralized soil.

For this reason, users searching for native gold or large deep relics should regularly update the ground balance as soil conditions change.

Practical Ground Balance Routine

A good field routine is:

1. Find a clean patch of ground.
2. Check the mineralization reading.
3. Perform Grab.
4. Select the correct search program.
5. Begin searching.
6. Recheck the ground balance whenever the soil changes.
7. If instability remains, adjust Reactivity or Sensitivity.
8. On beaches, use Salt Sens and Magnetic Ground settings where necessary.

Correct ground balance does not simply make the detector quieter. It helps the DEUS II separate actual target responses from the natural response of the soil.

XP DEUS II Reactivity, Sensitivity & Advanced Search Settings

The XP DEUS II gives the operator extensive control over how the detector responds to targets, ground conditions, and nearby interference. Among the most important settings are Reactivity, Sensitivity, Audio Response, Iron Volume, Threshold, and Frequency control.

Understanding how these settings interact is essential for getting the best performance from the detector.

Reactivity

Reactivity controls how quickly the DEUS II analyzes and separates nearby target signals. It is essentially the detector’s recovery speed.

A higher Reactivity setting allows the detector to respond more quickly when several targets are close together, which is especially useful in:

• Iron-contaminated ground
• Mineralized soil
• Trashy sites
• Areas with closely spaced targets

A lower Reactivity setting allows the detector to spend more time analyzing each signal and can improve deep-target response in cleaner ground.

Recommended Reactivity Ranges

The official manual provides the following general guidance:

Reactivity	Recommended Use
0–1	Large masses and coins in relatively clean ground
2–2.5	General-purpose detecting
3–5	Iron-contaminated and/or mineralized ground

XP also explains that the greatest raw detection range is usually obtained with low Reactivity, but medium or high Reactivity can actually help locate more targets in mineralized soil because it improves target separation and signal clarity.

Sensitivity

The DEUS II Sensitivity setting ranges from 0 to 99.

XP states that the most commonly used values are generally between 70 and 90.

Sensitivity should be reduced when searching near:

• Power lines
• Electric fences
• Radio transmitters
• Strong electromagnetic interference
• Highly contaminated areas

The manual also warns against testing the detector indoors because buildings often contain significant electromagnetic and metallic interference.

Higher Sensitivity Is Not Always Better

Increasing sensitivity can improve response to weak or small targets, but excessive sensitivity may make the detector unstable.

A practical approach is:

1. Start with a high but stable value.
2. Sweep the detector over the ground.
3. If excessive false signals appear, lower Sensitivity gradually.
4. Stop once the detector becomes stable while still maintaining good target response.

The ideal Sensitivity setting is therefore the highest stable level for the current environment, not simply 99.

Frequency Scan

The DEUS II includes an automatic Frequency Scan function.

This scans the available operating frequencies and selects a channel with lower electromagnetic interference.

It can be especially useful:

• Near power lines
• Around other detectors
• In urban environments
• When unexplained instability appears

XP recommends using Frequency Scan before reducing other performance settings if electromagnetic interference is suspected.

Audio Response

Audio Response changes how loudly weak and deep targets are heard.

The range is:

• 0 = weak audio response
• 7 = maximum audio response

Increasing Audio Response can make weak targets sound louder, but it does not add actual detection depth.

XP specifically explains that this setting changes the audio dynamic range rather than increasing the detector’s physical detection capability.

Why Too Much Audio Response Can Be a Problem

If Audio Response is set too high:

• Small false signals are amplified
• Weak ground noise can become more noticeable
• Strong and weak targets may sound more similar
• Estimating target depth by sound becomes more difficult

For users who want to judge how deep a target may be from the strength of its sound, a moderate Audio Response is usually easier to interpret.

Iron Volume

Iron Volume controls how loudly ferrous targets are heard.

The range is:

• 0 = iron audio muted
• 10 = maximum iron volume

Rather than completely silencing iron, many experienced users prefer keeping it audible at a low level. This helps them understand how much ferrous contamination exists around a desirable target.

Threshold

Threshold is available when using Pitch mode.

It controls the level of the continuous background sound.

The setting ranges from 0 to 20.

The pitch of the threshold and very weak target responses can also be adjusted between approximately 150 and 603 Hz through the Expert menu.

Threshold can be useful when searching for very weak responses because subtle changes in the background tone may help reveal small or deep targets.

Salt Sens

In the three saltwater programs — Diving, Beach, and Beach Sens — the detector provides a separate Salt Sens adjustment.

Salt Sens ranges from 1 to 9 and is specifically intended to manage false signals caused by seawater and wet salt conditions.

XP recommends adjusting Salt Sens before reducing general Sensitivity when the instability comes from saltwater rather than electromagnetic interference.

Multi-Process

On compatible ST headphones, the DEUS II also offers Multi-Process, which combines two separate audio-processing channels.

This allows the detector to mix different reactivity levels, audio types, and target responses at the same time.

XP describes two key uses:

• Combining low Reactivity for deeper searching with high Reactivity for better separation near iron
• Creating audio morphing effects to provide more information about target character and distance

The system can therefore provide two different perspectives on the same target response simultaneously.

Practical Setting Strategy

A useful way to approach the advanced settings is:

Clean Ground

• Lower Reactivity
• Higher stable Sensitivity
• Moderate Audio Response

Iron-Contaminated Ground

• Higher Reactivity
• Moderate Sensitivity
• Use Iron Volume and B.Caps carefully

Highly Mineralized Ground

• Increase Reactivity
• Reduce Sensitivity if unstable
• Perform proper Ground Balance

Deep Target Searching

• Lower Reactivity where ground allows
• Use Deep High Conductor or Relic depending on target type
• Keep Audio Response moderate enough to preserve depth perception

Saltwater

• Use Diving, Beach, or Beach Sens
• Adjust Salt Sens first
• Increase Reactivity if necessary for stability

The DEUS II is most effective when these settings are adjusted together rather than changing one parameter in isolation.

XP DEUS II Audio System & Wireless Headphones

The XP DEUS II has one of the most advanced audio systems in the XP range. The user can choose between different audio types, tone configurations, equalizer settings, and wireless headphone options.

Available audio styles include:

• PWM
• Square
• High Square
• Low Square
• Pitch
• Full Tones

The detector also includes a four-band equalizer, allowing the user to adjust low, mid-low, mid-high, and high frequencies according to personal hearing preferences.

The DEUS II supports several XP wireless headphone options, including:

• WS6ST
• WSAST
• WSAXL ST
• BH-01 bone conduction headphones

The WS6ST module can even operate as the main controller without the remote control, creating an extremely lightweight setup while still providing access to detector settings and target information.

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XP DEUS II Battery Life, Weight & Portability

One of the strongest practical advantages of the DEUS II is its lightweight wireless design.

Depending on the configuration, the detector can weigh from approximately 750 g, making it comfortable for long search sessions.

The system uses rechargeable lithium-polymer batteries in the coil, remote control, and wireless headphones.

Battery life varies by component and operating mode, and can also be affected by the audio output used. The manual notes, for example, that the remote control can provide significantly longer runtime when using wireless headphones compared with the built-in speaker or BH-01 output.

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XP DEUS II Accessories & Compatibility

The DEUS II ecosystem supports a wide range of XP accessories and configurations.

Key compatible accessories include:

• Multiple FMF search coils
• HF2 coil
• WS6ST headphones
• WSAST headphones
• WSAXL ST headphones
• BH-01 bone conduction headphones
• XP MI-6 wireless pinpointer
• Underwater antenna
• S-Telescopic stem
• Charging accessories

The standard box contents depend on the version purchased, but the official manual lists items such as the remote control, wireless headphones, search coil, coil fitting kit, underwater antenna, waterproof caps, telescopic stem, charging cable, and coil connection clamp.

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XP MI-6 Pinpointer Integration

The XP MI-6 pinpointer can connect wirelessly to the DEUS II.

Once paired, its audio can be transmitted directly through the DEUS II system, and additional MI-6 settings become available from the detector interface.

The remote control can also adjust MI-6 sensitivity, volume, tone, and other functions.

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XP GO TERRAIN App

The DEUS II can communicate with the XP GO TERRAIN smartphone application.

The app can receive target information from the detector and use the smartphone GPS to map the search area, record detected targets, and track search routes.

This gives users an additional way to document and review their field activity.

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XP DEUS II Main Advantages

The strongest advantages of the XP DEUS II include:

• FMF® simultaneous multi-frequency technology
• Excellent target separation
• Dedicated Gold Field program
• Dedicated Relic program
• Three saltwater programs
• IP68 waterproofing to 20 meters
• Fully wireless design
• Very low weight
• Advanced Target ID and discrimination
• Adjustable Reactivity
• Advanced ground balance
• Multiple audio systems
• Wireless headphones
• MI-6 integration
• Software updates
• GO TERRAIN support
• Extensive user customization

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Things to Consider Before Buying

The DEUS II is a highly advanced detector, but its large number of settings means that beginners may need time to understand features such as:

• Reactivity
• Ground balance
• Frequency Max
• Salt Sens
• IAR
• Notch
• Audio Response
• Tone modes

The good news is that the factory programs allow beginners to start detecting without immediately adjusting every advanced setting.

Another important point is that XP does not specify one fixed detection depth for all targets. Depth varies according to target size, conductivity, ground conditions, coil, program, and settings.

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Who Is the XP DEUS II Best For?

The XP DEUS II is a strong option for:

• Coin hunters
• Relic hunters
• Gold prospectors
• Beach detectorists
• Underwater detectorists
• Users searching mineralized ground
• Professional detectorists
• Advanced users who want extensive customization
• Beginners who want a detector they can grow into over time

Its wide range of programs makes it suitable for users who search in several different environments rather than specializing in only one type of detecting.

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XP DEUS II 5-Year Warranty in Dubai

Customers purchasing the XP DEUS II from Detectors Shop in Dubai receive a 5-year warranty.

Detectors Shop also provides product guidance and after-sales support for customers using the DEUS II and other XP metal detectors.

XP DEUS II Review: Final Verdict

The XP DEUS II is one of the most versatile metal detectors in the XP range because it combines FMF simultaneous multi-frequency technology, wireless operation, advanced discrimination, lightweight construction, gold prospecting capability, beach detection, and underwater use in one system.

Its greatest strength is flexibility. The same detector can be configured for coins, relics, gold nuggets, mineralized soil, wet beaches, saltwater diving, and deep high-conductivity targets.

The DEUS II is also highly customizable, offering extensive control over Reactivity, frequency, discrimination, ground balance, audio response, tones, Target ID, and many other parameters.

For beginners, the factory programs provide a simple starting point. For experienced detectorists, the advanced settings provide enough control to fine-tune the detector for demanding search conditions.

For users looking for a lightweight, wireless, waterproof, and highly configurable detector, the XP DEUS II remains one of the strongest all-around options available from XP Metal Detectors.

Customers purchasing through Detectors Shop in Dubai receive a 5-year warranty and professional support.

Sources & References

This XP DEUS II review was prepared using official and first-party technical sources to ensure accuracy and reliability.

The main references used for this guide include:

• XP Metal Detectors – Official DEUS II Product Page
• XP DEUS II review II Official User Manual
• Detectors Shop – XP DEUS II Product Page
• Detectors Shop technical experience and customer support information
• Detectors Shop 5-year warranty policy for XP DEUS II

Where specifications or operating recommendations are mentioned, priority was given to the official XP Metal Detectors documentation and the current XP DEUS II review. Product availability, warranty, and local support information are based on Detectors Shop’s current offering in Dubai.

UIG Gold Digger Review

The UIG Gold Digger is a professional VLF metal detector designed for prospectors searching for buried gold, raw gold, gold veins, precious metals, coins, and other metallic targets underground. Unlike a basic single-mode detector, the UIG Gold Digger combines seven specialized search systems designed to handle different target sizes, depths, and ground conditions.

One of the device’s main strengths is its ability to operate in challenging terrain, including wet soil, mineral-rich ground, and areas containing highly mineralized rocks such as basalt and granite. Its automatic ground calibration technology helps reduce interference from soil mineralization and improves target identification during field searches. According to the official UIG Gold Digger documentation, the detector can reach depths of up to 4 meters, depending on target size, soil conditions, and search method.

The detector also features a high-resolution color touchscreen, adjustable sensitivity, Metal ID, precious and non-precious metal discrimination, target depth indication, ground calibration, and a dedicated Pointer system for accurately locating the center of a detected target.

In this complete UIG Gold Digger review, we will examine all seven search systems individually, explain how the detector works, show how to calibrate and use it correctly, explore its settings and discrimination features, review its accessories, and include practical field-test videos to provide a complete reference for anyone considering or already using the device.

The UIG Gold Digger is available from Detectors Shop, the official distributor in Dubai, with a 5-year warranty provided by Detectors Shop.

UIG Gold Digger at a Glance

Before exploring each search system in detail, here is a quick overview of the most important UIG Gold Digger specifications and capabilities.

Feature	UIG Gold Digger
Detection Technology	Advanced automatic VLF technology
Search Systems	7 specialized search systems
Maximum Depth	Up to 4 meters underground
Main Targets	Buried gold, raw gold, gold veins, precious metals, coins and metallic targets
Search Modes	General Search, Small Targets, High Depth, Mineral Soil, Smart Scan and Custom
Target Location	Dedicated Pointer system for pinpointing the target center
Metal Identification	Numerical Metal ID
Metal Discrimination	Precious metals, possible gold and non-precious metals
Ground Calibration	Automatic ground calibration for mineralized soil
Mineralized Ground	Designed to operate in wet, mineral-rich and highly mineralized terrain
Display	High-resolution color touchscreen
Sensitivity Control	Adjustable sensitivity levels
Iron Rejection	Ignore Iron function
Search Coil	Water-resistant DD13 search coil
Languages	English, Arabic, German, French, Spanish and Portuguese
Warranty	5-year warranty from Detectors Shop
Official Distributor	Detectors Shop – Dubai, UAE

The UIG Gold Digger combines six primary detection modes with a dedicated Target Location (Pointer) System, creating seven search systems in total. The six main modes are designed for different situations, ranging from small targets and raw gold to deeper large targets and highly mineralized soil.

The detector also provides Metal ID, sensitivity adjustment, depth indication and visual metal-discrimination indicators, while its Pointer mode helps the operator identify the center of a detected target more precisely before excavation.

How Does the UIG Gold Digger Work? VLF Technology & Ground Calibration

The UIG Gold Digger operates using an advanced VLF (Very Low Frequency) detection system designed to detect and identify metallic targets underground. According to the official manual, the system can distinguish between precious and non-precious metals while maintaining stable operation across different ground conditions.

Unlike a detector that relies on one fixed search configuration, the UIG Gold Digger combines its VLF detection technology with several specialized search modes. Each mode automatically adjusts the device’s search settings according to the selected task, whether the operator is looking for small targets, deeper objects, targets in mineralized soil, or a specific type of metal.

Ground Calibration

Ground conditions can significantly affect metal-detector performance, especially in areas containing mineral salts, basalt, granite, or other highly mineralized rocks. The UIG Gold Digger includes a dedicated ground calibration system intended to reduce this interference and improve search stability.

The manual states that the detector is designed to work in humid soil, mineral-rich terrain, and areas containing mineralized rocks. Its calibration technology is intended to help the device deal with difficult geological conditions that can otherwise generate unwanted or misleading signals.

Before searching in an area with strong ground interference, the user can perform a calibration procedure:

1. Turn on the UIG Gold Digger.
2. Open the Calibration mode.
3. Press the physical calibration button located beneath the detector handle.
4. Raise and lower the search coil several times above the ground.
5. Continue until the calibration indicator on the screen is completed.
6. Once calibration is finished, press OK to move directly to the search screen.

The manufacturer specifically recommends ground calibration when searching in soil containing high levels of mineral salts or when strong ground interference is present.

Why Calibration Matters

Correct calibration helps the detector adapt to the conditions of the search area before target detection begins. This is particularly important when prospecting in difficult terrain, where natural mineralization may otherwise interfere with target signals.

For the best results, calibration should therefore be considered an essential preparation step whenever the soil is highly mineralized or the detector begins producing unstable responses.

Important: the official manual identifies the UIG Gold Digger as a VLF detector, but it does not specify the exact operating frequency. For that reason, this guide does not assign a frequency value that is not provided by the manufacturer.

UIG Gold Digger 7 Search Systems Explained

One of the most important features of the UIG Gold Digger detector is its seven specialized search systems. Instead of relying on a single detection mode for every situation, the detector allows the operator to select a system according to the target size, expected depth, soil conditions, or type of metal being searched for.

The first six systems are detection modes, while the seventh is the Target Location (Pointer) System, which is used after detecting a target to determine its center more accurately.

1. General Search System

The General Search System is the most versatile mode in the UIG Gold Digger. It is designed to search for a wide range of metallic targets without limiting the detector to one particular target size.

This makes General Search a practical starting mode when the operator does not know exactly what may be buried in the search area. According to the official manual, it can respond to both large and small targets, making it suitable for general-purpose exploration.

2. Small Targets Search System

The Small Targets Search System is specifically designed for smaller metallic objects that require greater sensitivity.

The manufacturer lists applications including:

• Raw gold
• Gold veins
• Small gold particles
• Small metallic objects
• Gold and metal coins

This mode is particularly relevant for prospectors whose primary objective is natural gold prospecting or detecting small valuable targets rather than searching only for large buried objects.

UIG Gold Digger Gold Nuggets Field Test

A practical demonstration can help explain how the detector behaves when searching for small gold targets.

UIG Gold Digger field test for gold nuggets and small gold targets by Detectors Shop.

This Detectors Shop video specifically demonstrates the UIG Gold Digger in the context of detecting gold nuggets.

3. High Depth Search System

The High Depth Search System is intended for larger targets located deeper underground.

Instead of prioritizing very small targets close to the surface, this mode is designed for situations where the operator expects a large buried metallic target at greater depth.

The official manual specifically describes this system as suitable for large targets such as buried treasures.

Target size remains extremely important when discussing detection depth. A large metallic object can generally produce a stronger response than a very small object under the same conditions, which is why the High Depth mode and Small Targets mode serve different search purposes.

4. Mineral Soil Search System

Highly mineralized ground is one of the most challenging environments for a metal detector.

The Mineral Soil Search System was developed for searching in areas with strong ground noise, mineral salts, impurities, and difficult mineralized soil.

It works together with the UIG Gold Digger’s ground-calibration capabilities to help maintain more stable detection in challenging terrain.

The manufacturer states that the detector is designed for conditions including mineral-rich ground and mineralized rocks such as granite and basalt, which can create significant interference for metal-detection equipment.

5. Smart Scan System

The Smart Scan System attempts to combine two normally competing objectives: detecting at greater depth while maintaining sensitivity to relatively small targets.

According to the UIG Gold Digger manual, Smart Scan is designed to reach greater depths without losing the ability to detect small-sized targets.

This makes Smart Scan an especially useful search mode when the operator does not know whether the expected target is small, large, shallow, or relatively deep.

6. Custom Search System

The Custom Search System is one of the most distinctive features of the UIG Gold Digger because it gives the user greater control over which metals should be detected or ignored.

The system contains 20 metal-saving positions. The operator can expose a sample metal to the search coil, allow the detector to identify it, and then configure the device to search for that metal or exclude it.

Multiple metals can also be selected or ignored simultaneously.

This feature can be useful when the operator has a specific target type in mind and wants to reduce responses from unwanted metals.

7. Target Location System – Pointer

After a target has been detected, the Pointer System is used to determine its center more precisely.

When Pointer mode is activated, the operator passes the search coil over the detected area. As the coil approaches the target center, the device produces a progressively stronger sound while the visual indicator on the screen increases.

The point with the highest audio response and strongest visual indication represents the estimated center of the target.

This system is particularly useful before excavation because it can help reduce the size of the area that needs to be opened.

Which UIG Gold Digger Search Mode Should You Use?

Search Situation	Recommended System
General exploration	General Search
Raw gold and small gold targets	Small Targets
Large targets at greater depth	High Depth
Mineralized or noisy soil	Mineral Soil
Mixed target sizes and depths	Smart Scan
Searching for or excluding specific metals	Custom Search
Locating the exact target center	Pointer

The best search system therefore depends on what you are looking for and the conditions of the search area rather than one mode being universally better than all the others.

UIG Gold Digger Depth: Can It Really Reach 4 Meters?

One of the most searched questions about the UIG Gold Digger is its detection depth. According to the official UIG Gold Digger manual, the detector is rated to reach up to 4 meters underground. The manufacturer also states elsewhere in the manual that the detector may reach 4 meters or more for large, deeply buried ancient targets.

However, the 4-meter figure should be understood as a maximum-depth capability, not a guaranteed detection depth for every target.

The official documentation does not state that a small coin, gold nugget, or tiny piece of raw gold can be detected at four meters. Instead, the UIG Gold Digger provides different search modes specifically because target size, search purpose, and ground conditions require different settings.

How Target Size Affects UIG Gold Digger Depth

The UIG Gold Digger separates shallow or small-target detection from deep-target detection through dedicated search systems.

The Small Targets Search System is designed for targets such as:

• Raw gold
• Gold veins
• Small gold particles
• Metal coins
• Other small metallic objects

The High Depth Search System, on the other hand, is specifically designed for larger buried targets at significant depths.

This distinction is important when evaluating the advertised UIG Gold Digger 4m depth.

A user searching for small natural gold should therefore not interpret the 4-meter maximum as the expected depth for a tiny gold particle. The maximum-depth capability is primarily relevant to larger underground metallic targets when conditions are suitable.

Smart Scan and Deep Target Detection

The Smart Scan System offers another approach to depth.

According to the manufacturer, Smart Scan is designed to combine two capabilities simultaneously: reaching greater depths while maintaining the ability to detect relatively small targets.

This makes Smart Scan particularly useful when the operator does not know the exact size or depth of the expected target.

For a search area where both shallow and deeper targets may be present, Smart Scan can therefore be a practical alternative to selecting either Small Targets or High Depth mode exclusively.

Ground Conditions and Detection Depth

Ground conditions also play an important role in the detector’s performance.

The UIG Gold Digger includes a dedicated Mineral Soil Search System for areas containing strong ground noise, impurities, and mineral salts. The detector also provides ground calibration to help it operate in difficult mineralized terrain.

The manufacturer specifically mentions operation in:

• Humid soil
• Mineral-rich ground
• Soil containing mineral salts
• Basaltic terrain
• Granite
• Other sedimentary, metamorphic, and igneous rocks

Its calibration technology is designed to reduce the effect of these difficult ground conditions on target detection.

Search Technique Can Affect Detection Performance

Correct coil movement is also essential.

The UIG Gold Digger manual recommends keeping the search coil approximately 2–4 cm above the ground while maintaining it parallel to the ground surface.

The manufacturer also warns that improper scanning may result in missed targets or incorrect signals.

For optimal performance, the coil should remain close and parallel to the ground throughout the sweep. The manual specifically states that proper scanning can increase detection depth and improve responsiveness to small objects.

What Does “Up to 4 Meters” Actually Mean?

For the most accurate interpretation of the manufacturer’s specification: UIG Gold Digger has a manufacturer-rated maximum detection depth of up to 4 meters, with actual detection capability depending on the target, selected search system, ground conditions, calibration, and scanning technique.

Therefore:

Search Target	Recommended Mode	How to Interpret Depth
Small gold particles	Small Targets	Prioritizes small-target sensitivity
Raw gold / gold veins	Small Targets	Designed specifically for natural gold targets
Coins	Small Targets / General Search	Depth varies according to the target and conditions
General metallic targets	General Search	Balanced general-purpose detection
Large buried metal targets	High Depth	Designed for greater detection depths
Unknown target size	Smart Scan	Combines depth with small-target response
Targets in mineralized soil	Mineral Soil	Optimized for difficult ground conditions

For this reason, throughout this UIG Gold Digger review, we refer to 4 meters as the manufacturer’s stated maximum depth rather than presenting it as a fixed depth for every object.

UIG Gold Digger Metal Discrimination, Metal ID & Target Identification

forms of target information before excavation. Instead of producing only an audio response when metal is detected, the device combines Metal ID, visual metal discrimination, depth indication, audio response, and target pinpointing on its search interface.

These tools are designed to help the user evaluate a detected target and decide whether further investigation is worthwhile.

Metal ID System

When the search coil detects a metallic target, the Metal ID field displays a numerical identification value on the screen.

The identification number changes according to the type and response of the detected metal, giving the operator additional information that can be used alongside the device’s audio and visual indicators.

Metal ID should be treated as a target-identification aid rather than absolute proof of the exact metal underground. Ground mineralization, target orientation, size, depth, and nearby objects can all influence detector responses in real search conditions.

For this reason, experienced users should evaluate the complete target response rather than relying on only one number.

Visual Metal Discrimination

The UIG Gold Digger also uses three visual discrimination indicators to help classify detected metals.

Indicator	Detection Meaning
Green	Indicates the presence of precious metals
Yellow	Indicates a high possibility of gold
Red	Indicates the presence of non-precious metals

When the detector produces a yellow indication, an additional alert may appear indicating the possibility of gold.

This visual system allows the operator to quickly interpret the detector response while scanning without depending entirely on sound.

Precious vs Non-Precious Metal Detection

The discrimination system is particularly useful in areas containing unwanted metallic debris.

Instead of digging every response immediately, the user can combine:

• Metal ID
• Discrimination color
• Audio response
• Target depth indication
• Repeated scans from different directions
• Pointer confirmation

to build a clearer picture of the detected target.

For questionable targets, it is recommended to pass the search coil over the same location from more than one direction and check whether the target response remains consistent.

Ignore Iron Function

The UIG Gold Digger includes an Ignore Iron option within the Search Settings menu.

When activated, this feature is designed to reduce responses to iron targets, allowing the operator to concentrate more effectively on other metals.

This can be especially useful in areas containing large quantities of old iron fragments, nails, or other unwanted ferrous objects.

However, iron rejection should be used according to the search objective. When exploring an unknown archaeological or historical area, completely ignoring certain metals may also cause potentially interesting targets to be overlooked.

Target Depth Indicator

The UIG Gold Digger search screen also includes a Depth indicator.

Rather than displaying a fixed excavation depth in centimeters, the indicator provides a moving visual response that helps the operator understand whether the detected target is relatively closer to or farther from the ground surface.

This information becomes particularly useful when combined with the selected search mode and target response.

A strong, repeatable signal with a relatively shallow depth indication may represent a different search situation from a weak response detected in High Depth mode.

Combining Metal ID, Discrimination and Pointer

The most effective target-analysis workflow is to use the UIG Gold Digger’s identification tools together.

A practical sequence is:

1. Detect the target during normal scanning.
2. Observe the Metal ID number.
3. Check the metal discrimination indicator.
4. Review the approximate depth response.
5. Sweep the target again from another direction.
6. Activate the Pointer System.
7. Locate the strongest signal and estimated target center.
8. Begin excavation only after confirming a consistent response.

Using this method can help reduce unnecessary digging and provides more information about a target before excavation begins.

Watch the UIG Gold Digger in Action

For a practical demonstration of the UIG Gold Digger and its response during real detector use, watch this video from Detectors Shop:

The field videos included throughout this guide complement the technical information and show how the UIG Gold Digger behaves outside the specifications sheet.

UIG Gold Digger Settings & User Interface

The UIG Gold Digger user interface is designed to give the operator direct control over the detector’s main search functions while keeping important target information visible on the screen.

The device uses a high-resolution color touchscreen, allowing the user to access search modes, sensitivity settings, metal identification, depth information, calibration, audio controls, and general device settings from a central interface.

Main Search Screen

During detection, the main search screen displays several important elements at the same time:

• Sensitivity Level
• Selected Search Mode
• Metal ID
• Metal Discrimination Indicators
• Target Depth Indicator
• Pointer Target Center
• Battery Level

This layout allows the operator to monitor both the detector settings and the detected target response without constantly moving between different menus.

Sensitivity Adjustment

The Sensitivity setting controls how responsive the UIG Gold Digger is to metallic targets and surrounding conditions.

The sensitivity level can be increased or decreased directly from the search interface.

Higher sensitivity can improve response to smaller or weaker targets, but the ideal setting should always depend on the search environment. In highly mineralized or noisy terrain, excessive sensitivity may make the detector less stable.

For this reason, the best setting is not necessarily the maximum sensitivity level. The goal is to achieve a stable detector response while maintaining sufficient target sensitivity.

Automatic Search Mode Settings

When one of the UIG Gold Digger’s preset search modes is selected, the detector automatically adjusts relevant search parameters according to that mode.

The available modes include:

• General Search
• Small Targets
• High Depth
• Mineral Soil
• Smart Scan
• Custom Search

This makes the detector easier to operate because the user does not need to manually configure every parameter before beginning a search.

Beginners can select the search mode that best matches their objective, while more experienced users can use the Custom system and additional settings for greater control.

Ground Calibration Control

The interface includes a dedicated Calibration option.

Ground calibration is particularly important when searching in mineralized soil or areas producing strong interference. The UIG Gold Digger also includes a physical calibration button located beneath the handle, allowing the calibration procedure to be performed while holding the detector.

Correct calibration should be performed before searching whenever ground conditions cause unstable signals.

Ignore Iron

The Ignore Iron function allows the operator to reduce or disregard responses from iron targets.

This feature can be useful in areas contaminated with:

• Nails
• Iron fragments
• Old construction debris
• Ferrous scrap

If the main objective is gold, coins, or non-ferrous valuable metals, Iron Ignore can help reduce unnecessary responses.

However, it should be activated according to the search objective rather than used automatically in every location.

Search Channel Change

One particularly useful setting is the Channel Change function.

This feature is designed for situations where more than one UIG Gold Digger is operating in the same search area.

If two or more detectors interfere with each other, the operator can change the search channel to help reduce interference between the devices.

This can be especially useful during group field tests, professional prospecting operations, or demonstrations involving multiple detectors.

Audio Settings

The UIG Gold Digger provides a dedicated audio-control menu.

The user can:

• Adjust the main device volume
• Adjust the iron sound
• Mute or unmute the detector

Audio feedback is an important part of target interpretation, especially when combined with Metal ID and the visual discrimination indicators.

A practical search technique is to avoid relying on only one source of information. Instead, evaluate the sound, Metal ID, discrimination color, and repeatability of the signal together.

Screen Settings

The device also provides screen configuration options, including:

• Screen brightness adjustment
• Power-saving mode

Power-saving mode reduces screen brightness to help lower battery consumption during longer search sessions.

This can be particularly useful when operating the detector in the field for extended periods without immediate access to charging.

Supported Languages

The UIG Gold Digger supports six operating languages:

• English
• Arabic
• German
• French
• Spanish
• Portuguese

The language can be changed directly from the device settings menu, making the detector suitable for users across multiple international markets.

Time and Device Information

The settings menu also includes:

Time Settings
Allows the operator to adjust the device time.

Device Information
Provides access to information related to the detector and its operating system.

Physical Controls and Connections

In addition to the touchscreen interface, the UIG Gold Digger includes several physical controls and connection points.

These include:

• ON/OFF button
• Physical calibration button
• Search coil socket
• Headset socket
• Battery indicator

To switch on the detector, the power button is pressed for approximately two seconds.

The battery indicator also provides a warning when the battery becomes critically low. According to the official manual, when the battery level falls below approximately 10%, the main-unit indicator flashes green several times, indicating that the detector should be recharged.

UIG Gold Digger Interface: Designed for Field Use

The combination of touchscreen controls and physical buttons gives the UIG Gold Digger a practical interface for field operation.

The most important functions—search mode, sensitivity, Metal ID, discrimination, depth indication, calibration and Pointer—remain easily accessible during detection.

For new users, the preset search modes provide a simpler starting point. Experienced operators can then make greater use of sensitivity adjustment, iron rejection, Custom Search, ground calibration and channel selection as they become familiar with the detector.

How to Assemble and Set Up the UIG Gold Digger

Before starting a search, the UIG Gold Digger should be assembled correctly and adjusted to a comfortable operating position. Proper assembly is important because the position of the search coil, cable, battery, and detector shaft can directly affect how easily the device can be controlled during scanning.

1. Install the Search Coil

Begin by attaching the DD13 search coil to the lower shaft of the detector.

Use the supplied plastic screw to secure the coil to the lower shaft and tighten it sufficiently so that the coil remains stable while still allowing its angle to be adjusted when necessary.

The DD13 search coil is included with the UIG Gold Digger package.

2. Extend and Adjust the Detector Shaft

Extend the detector shaft until the overall length is comfortable for your height and searching position.

The detector should be adjusted so that you can hold it naturally without having to bend excessively or keep your arm under unnecessary strain.

After adjusting the shaft length, make sure all sections are securely fixed in position.

3. Wrap and Connect the Coil Cable

Wind the search coil cable carefully around the detector shaft.

The cable should follow the shaft without hanging loosely or moving excessively during scanning.

After wrapping the cable, connect it to the coil socket on the main unit and make sure the connection is secure. The official assembly instructions specify installing the coil, extending the arm, winding the cable around the arm, and connecting it to its designated socket.

4. Install the Battery

Attach the battery to the base of the armrest and connect it to the designated connection point on the detector.

Before beginning a field search, make sure the battery has been properly installed and adequately charged.

The manufacturer recommends starting a search with the battery fully charged.

5. Adjust the Armrest

Place your forearm inside the armrest and strap, then hold the detector handle naturally.

The correct position should allow your forearm to rest comfortably while maintaining a secure grip on the handle.

According to the operating instructions, the detector should feel like an extension of your arm, with the elbow positioned above the rear section of the armrest.

6. Adjust the Search Coil Angle

With the detector in your normal searching position, gently lower the search coil toward the ground.

Adjust the coil until it is parallel to the ground surface.

During normal searching, the manual recommends keeping the coil approximately 2 to 4 cm above the ground while maintaining the coil parallel to the surface.

Keeping the coil level throughout each sweep is important because raising one side of the coil during scanning can reduce consistency and make it more difficult to interpret target responses.

7. Connect the Headphones if Required

The UIG Gold Digger includes a dedicated headset socket and comes with headphones among its supplied accessories.

Connect the headset when you want to monitor detector sounds more clearly, particularly in noisy outdoor environments.

8. Power On the UIG Gold Digger

Once all components have been correctly installed and connected, hold the detector horizontally and press the ON/OFF button for approximately two seconds.

The UIG Gold Digger will start with an audio signal while the company logo and device name appear on the display.

Before immediately beginning detection, the next step should be to check the ground conditions and perform ground calibration when necessary.

Pre-Search Setup Checklist

Before entering the search area, confirm that:

• The DD13 search coil is securely installed.
• The coil cable is properly wrapped and connected.
• The battery is installed and sufficiently charged.
• The detector shaft is adjusted to a comfortable length.
• The search coil is parallel to the ground.
• The coil can be maintained around 2–4 cm above the surface.
• The correct search mode has been selected.
• Ground calibration has been completed when required.
• No loose metal objects or mobile phones are interfering with the detector.

Correct setup provides the foundation for stable scanning and more reliable target responses during field use.

How to Use the UIG Gold Digger Step by Step

Once the UIG Gold Digger has been correctly assembled, the next step is to prepare the detector for the search area and select the appropriate detection mode.

Following the correct operating procedure is especially important when searching in mineralized soil or when attempting to detect small or deeply buried targets.

Step 1: Turn On the Detector

Hold the UIG Gold Digger in its normal horizontal operating position and press the ON/OFF button for approximately two seconds.

The detector will start with an audio signal while the company logo and device name appear on the screen.

Before beginning the search, check that the battery level is sufficient and that the search coil is properly connected.

Step 2: Check the Search Area

Before calibration or scanning, remove possible sources of interference from around the detector.

Avoid carrying metallic objects close to the search coil, including:

• Coins
• Keys
• Metal tools
• Mobile phones
• Metallic accessories on the hands

Electronic devices, nearby metals, and other sources of electromagnetic interference can affect detector stability and produce unwanted signals.

Step 3: Perform Ground Calibration

If the search area contains mineralized soil, mineral salts, basalt, or noticeable ground interference, perform ground calibration before searching.

Open the Calibration screen and press the physical calibration button located beneath the handle.

Raise and lower the coil several times over the ground until the calibration indicator is completed and the detector confirms that the process has finished.

After calibration, press OK to move directly to the search screen.

Calibration can be repeated whenever the ground conditions change significantly while moving from one area to another.

Step 4: Select the Correct Search Mode

Choose the search system according to your target and ground conditions.

General Search
Use when searching for different types and sizes of metallic targets.

Small Targets
Recommended for raw gold, gold veins, small gold particles, coins, and other small targets.

High Depth
Designed for larger metallic targets expected at greater depths.

Mineral Soil
Use in difficult, noisy, or highly mineralized ground.

Smart Scan
Useful when you want a balance between greater depth and sensitivity to smaller targets.

Custom Search
Use when you want to search for specific metals or exclude selected metals.

Once a preset search mode is selected, the UIG Gold Digger automatically adjusts its search settings according to that mode.

Step 5: Adjust the Sensitivity

Set the sensitivity to a level that provides a stable response.

Increasing sensitivity can make the detector more responsive, particularly to weaker targets, but maximum sensitivity is not always the best choice.

If the detector becomes unstable or produces excessive signals, especially in difficult ground, reduce the sensitivity until the response becomes more consistent.

The objective is to achieve the best possible balance between target sensitivity and search stability.

Step 6: Position the Search Coil Correctly

Keep the search coil approximately 2 to 4 cm above the ground and maintain it parallel to the surface.

Do not raise the coil significantly at the end of each sweep.

Correct coil positioning helps maintain consistent detection performance across the entire search path.

Step 7: Sweep the Coil Slowly Across the Ground

Begin scanning by moving the detector smoothly from right to left and back again.

The manufacturer recommends covering a sweep distance of at least approximately half a meter while keeping the coil close and parallel to the ground.

Avoid aggressive or irregular movements.

Incorrect scanning can cause targets to be missed or generate inaccurate signals, while proper scanning improves responsiveness to small objects and helps maximize detection performance.

Step 8: Analyze the Target Response

When the detector responds to a target, do not immediately begin digging.

First check the information displayed on the screen:

• Metal ID
• Metal discrimination color
• Target depth indication
• Audio response
• Signal strength

Then pass the coil over the same location again.

A repeatable response is generally more useful for target evaluation than a single isolated signal.

Step 9: Scan the Target from Another Direction

After receiving a consistent response, approach the same target from a different direction.

For example, if the first sweep was east to west, perform another sweep approximately perpendicular to it.

This helps confirm the target position and provides additional information before excavation.

Step 10: Use the Pointer System

Once the target has been confirmed, activate the Pointer System.

Move the search coil slowly across the detected location.

As the coil approaches the target center:

• The audio response becomes progressively stronger.
• The visual Pointer indicator increases.

The point producing the strongest sound and highest visual indication represents the estimated center of the detected target.

Mark this point before beginning excavation.

Step 11: Recheck the Area After Excavation

After removing soil or retrieving a target, scan the excavation area again.

There may be:

• Another target beneath the first
• Multiple nearby metallic objects
• A deeper remaining signal

Rechecking the area prevents potentially valuable secondary targets from being overlooked.

UIG Gold Digger Practical Video Demonstration

Watching the detector being used in the field is one of the easiest ways to understand the correct coil movement, search procedure, and target response.

UIG Gold Digger practical demonstration and field use by Detectors Shop.

Quick UIG Gold Digger Search Routine

For everyday field use, the complete process can be summarized as:

Assemble → Power On → Calibrate → Select Search Mode → Adjust Sensitivity → Scan → Confirm Metal ID → Cross-Scan → Activate Pointer → Excavate

Following the same routine consistently helps the operator understand the detector’s responses and reduces errors caused by incorrect setup or scanning technique.

What Comes with the UIG Gold Digger?

The UIG Gold Digger package includes the essential components required to assemble, operate, charge, transport, and use the detector in the field.

The standard package includes:

• DD13 Search Coil
• Main Detector Unit
• Battery
• Hex Key
• Main Charger
• Car Charger
• Headset
• Carrying Bag
• Warranty Card

The inclusion of both a standard charger and a car charger is particularly useful for prospectors working away from buildings or conventional power sources.

The supplied carrying bag also makes it easier to transport and protect the detector and its accessories between different search locations.

Water-Resistant Search Coil

The UIG Gold Digger is equipped with a water-resistant search coil, allowing the coil to be used in suitable wet-ground conditions.

However, the search coil being water-resistant should not be interpreted as meaning that the entire detector can be submerged in water.

The main electronic unit should always be protected from rain and excessive moisture.

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UIG Gold Digger Battery and Field Operation

Battery performance is particularly important when using a detector for long field sessions.

The UIG Gold Digger product specifications state a battery operating time of up to approximately 10 hours on a single charge, depending on operating conditions and settings.

Screen brightness, audio settings, search duration, and general operating conditions can influence actual battery runtime.

The detector also includes a screen power-saving mode that reduces display brightness to help conserve energy during extended field use.

Low Battery Warning

When the battery level becomes critically low, the indicator on the main unit flashes green several times.

The official operating instructions recommend stopping the search and charging the detector when the battery reaches approximately 10%.

The detector can eventually shut down automatically when the battery becomes nearly depleted.

For reliable field operation, we recommend beginning each search session with a fully charged battery and carrying the supplied car charger during longer trips.

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Searching in Mineralized and Difficult Ground

One of the major challenges in metal detection is dealing with naturally mineralized soil.

Ground containing mineral salts, basalt, granite, or other mineralized rocks can generate interference that makes target identification more difficult.

The UIG Gold Digger addresses these conditions through several features working together:

• Ground calibration
• Mineral Soil Search mode
• Adjustable sensitivity
• Automatic VLF operation
• Search channel adjustment
• Target discrimination

Before searching in strongly mineralized terrain, perform ground calibration and allow the detector to adapt to the search area.

If the detector remains unstable, reducing sensitivity slightly may produce a more reliable search than simply operating at maximum sensitivity.

Best Strategy for Difficult Ground

For highly mineralized terrain:

1. Perform ground calibration.
2. Select Mineral Soil Search.
3. Begin with moderate sensitivity.
4. Keep the coil parallel to the ground.
5. Maintain approximately 2–4 cm between the coil and ground surface.
6. Sweep slowly and consistently.
7. Confirm questionable signals from different directions.
8. Use Pointer before excavation.

Stable, repeatable signals should always receive more attention than isolated responses that disappear when the target area is scanned again.

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Common UIG Gold Digger Search Mistakes to Avoid

Even an advanced detector can produce poor results when used incorrectly.

1. Searching Without Calibration

In difficult or mineralized ground, beginning the search without calibration may increase unwanted signals.

2. Using Maximum Sensitivity Everywhere

Maximum sensitivity is not automatically the best setting.

If environmental interference becomes excessive, slightly reducing sensitivity can provide a cleaner and more reliable target response.

3. Holding the Coil Too High

The search coil should normally remain approximately 2–4 cm above the ground.

Holding it unnecessarily high can reduce detection performance.

4. Raising the Coil at the End of Every Sweep

The coil should remain parallel to the ground throughout the complete scanning movement.

5. Moving the Coil Too Quickly

Smooth and controlled sweeps make target signals easier to evaluate.

6. Keeping Metal Objects Near the Detector

Coins, keys, mobile phones, tools, and metallic accessories may interfere with detection.

7. Digging After a Single Signal

A suspected target should be scanned repeatedly and preferably from different directions before excavation.

8. Ignoring the Pointer System

After identifying a target, Pointer can help locate its center and reduce unnecessary excavation.

9. Using the Detector in Rain

The search coil is water-resistant, but the official manual specifically warns against operating the detector in rainy conditions.

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Additional UIG Gold Digger Field Test Videos

Technical specifications explain what a detector is designed to do, but practical demonstrations are equally valuable for understanding how it behaves during actual use.

Throughout this review, we have included Detectors Shop UIG Gold Digger field-test videos showing different aspects of the detector.

UIG Gold Digger Field Demonstration

UIG Gold Digger field demonstration by Detectors Shop.

More UIG Gold Digger Testing

Together with the videos included earlier in this guide, these demonstrations give users a better understanding of the detector’s setup, search behavior, target response, and practical operation.

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UIG Gold Digger Technical Specifications

The following table summarizes the most important UIG Gold Digger specifications covered throughout this review.

Specification	Details
Detection Technology	Automatic VLF
Number of Search Systems	7
General Search	Large and small metallic targets
Small Targets Mode	Raw gold, gold veins, gold particles and coins
High Depth Mode	Larger targets at greater depths
Mineral Soil Mode	Mineralized and high-noise ground
Smart Scan	Combines depth with response to smaller targets
Custom Search	Custom metal selection and rejection
Pointer System	Precise target-center localization
Maximum Rated Depth	Up to approximately 4 meters depending on target and conditions
Metal Identification	Numerical Metal ID
Metal Discrimination	Precious, possible gold and non-precious metal indications
Iron Rejection	Yes
Sensitivity Adjustment	Yes
Ground Calibration	Yes
Search Channel Change	Yes
Screen	4.3-inch high-resolution color touchscreen
Search Coil	DD13 water-resistant search coil
Battery Operation	Up to approximately 10 hours
Power Saving Mode	Yes
Headphone Support	Yes
Languages	English, Arabic, German, French, Spanish and Portuguese
Warranty from Detectors Shop	5 Years
Official Distributor	Detectors Shop – Dubai, UAE

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UIG Gold Digger Advantages and Limitations

No metal detector should be evaluated based on one specification alone. The suitability of the UIG Gold Digger depends on what the operator intends to search for, the terrain, target size, and expected depth.

Main Advantages

Seven Specialized Search Systems

Instead of forcing the operator to use one configuration for every target, the device provides specialized modes for general searching, small targets, deeper targets, mineralized soil, mixed searching, custom metal selection, and target pinpointing.

Raw Gold and Small Target Detection

The Small Targets mode specifically targets raw gold, gold veins, small gold particles, and coins.

Dedicated High Depth Mode

Large targets expected at greater depths can be investigated using the High Depth system.

Smart Scan

Smart Scan offers an alternative for locations where target size and depth are unknown.

Mineralized Soil Capability

Ground calibration and the Mineral Soil mode provide additional tools for challenging terrain.

Metal Discrimination

Metal ID and visual discrimination help users evaluate targets before excavation.

Custom Metal Selection

The Custom Search system provides greater control over metals the operator wants to detect or ignore.

Target Pinpointing

Pointer helps determine the target center before digging.

Touchscreen Interface

The color touchscreen provides direct access to important search information and settings.

Six Languages

Arabic and English are included alongside German, French, Spanish, and Portuguese.

5-Year Detectors Shop Warranty

Customers purchasing through Detectors Shop in Dubai receive a 5-year warranty, providing additional long-term support for the device.

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Things to Consider Before Buying

Maximum Depth Does Not Apply to Every Target

The stated maximum depth should never be interpreted as a guaranteed four-meter detection depth for a small coin or tiny gold nugget.

Target size and ground conditions matter significantly.

Learning the Detector Improves Results

Although preset search modes simplify operation, understanding sensitivity, calibration, discrimination, Metal ID, and coil technique will improve field performance.

Ground Conditions Still Matter

Mineral Soil mode and calibration help manage difficult terrain, but no detector is completely unaffected by every possible environmental condition.

The Main Unit Is Not Intended for Rain Exposure

Although the search coil is water-resistant, the main detector should be protected from rain.

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Who Is the UIG Gold Digger Best For?

The UIG Gold Digger is particularly suitable for users who want a VLF detector capable of handling several different prospecting situations rather than purchasing a detector limited to one search mode.

It may be a strong choice for:

• Gold prospectors
• Raw gold hunters
• Users searching for gold veins
• Coin hunters
• Precious-metal prospectors
• Users searching for larger buried metallic targets
• Prospectors working in mineralized terrain
• Users who want target discrimination
• Beginners who prefer preset search modes
• Experienced users who want more control through Custom Search

Is UIG Gold Digger Suitable for Beginners?

Yes.

Preset modes allow beginners to choose a search objective without manually configuring every setting.

For example, a new user searching for raw gold can start with Small Targets Search, while someone searching an unknown location can begin with General Search or Smart Scan.

However, users should still learn correct calibration and scanning technique before expecting consistent results.

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UIG Gold Digger 5-Year Warranty and Support in Dubai

Customers purchasing the UIG Gold Digger from Detectors Shop receive a 5-year warranty provided by Detectors Shop.

Detectors Shop is the official distributor in Dubai, UAE, and provides customers with product support and guidance for operating the detector correctly.

Purchasing through an official distributor is especially important for professional detection equipment because proper training, setup, technical support, and after-sales assistance can be as important as the detector itself.

For current availability and purchasing information, link the words UIG Gold Digger detector here to your existing UIG Gold Digger product page.

UIG Gold Digger Review: Final Verdict

The UIG Gold Digger is much more than a basic single-mode VLF metal detector. Its main advantage is the combination of seven specialized search systems within one platform, allowing the operator to adapt the detector to different targets and ground conditions.

The Small Targets system provides a dedicated option for raw gold, gold veins, small gold particles, and coins, while High Depth focuses on larger targets at greater depths. Mineral Soil is designed for difficult terrain, Smart Scan combines depth with small-target response, and Custom Search provides greater control over which metals should be detected or ignored.

Metal ID, visual metal discrimination, sensitivity control, ground calibration, depth indication, iron rejection, and the Pointer system further expand the information available to the operator before excavation.

The manufacturer states a maximum detection capability of up to approximately 4 meters, but—as with any professional metal detector—actual performance depends heavily on the target, soil, calibration, settings, and search technique.

For users who understand these factors and want a detector capable of handling raw gold prospecting, precious metals, coins, larger buried metallic targets, and mineralized terrain, the UIG Gold Digger offers a versatile combination of search modes and field controls.

Customers purchasing from Detectors Shop in Dubai also receive the added advantage of a 5-year warranty and local professional support.

Explore the UIG Gold Digger

If you want to check the latest UIG Gold Digger availability, specifications, or purchasing options, visit the UIG Gold Digger product page at Detectors Shop.

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About This UIG Gold Digger Review

This complete UIG Gold Digger guide was prepared using the official UIG Gold Digger user manual, current Detectors Shop product information, and practical Detectors Shop field-test videos.

Our goal is to provide users with a practical reference covering not only the detector’s specifications, but also its search systems, calibration, settings, correct scanning technique, target identification, accessories, and real-world operation.

Deep Seeker Review provides a detailed and practical look at a professional multi-system detector developed by GER Detect and UIG Detectors for investigating buried gold, precious metals, ancient artifacts, caves, and underground voids. Instead of relying on a single detection method, Deep Seeker combines five dedicated technologies: 3D ground imaging, long-range locating, ionic-field detection, magnetometer scanning, and void detection.

According to the manufacturer’s specifications, the general maximum detection depth reaches up to 40 meters, with a forward range of up to 3,000 meters. The ionic system is separately advertised with a maximum depth of up to 45 meters and a forward range of 2,500 meters. These figures represent manufacturer-rated maximums rather than guaranteed results, since actual performance depends on target size, burial conditions, soil composition, mineralization, environmental interference, device settings, and operator experience.

This complete guide explains what each search system does, how to operate the device through a structured field workflow, its advantages and limitations, technical specifications, package contents, price, and the five-year warranty provided by Detectors Shop.

What Is the Deep Seeker Detector?

Deep Seeker is a professional multi-technology exploration device developed by GER Detect in Germany. It integrates five specialized search systems into one platform for investigating buried gold, precious metals, ancient artifacts, caves, tunnels, and underground voids.

Unlike conventional detectors that depend mainly on one search technology, Deep Seeker supports a structured, multi-stage investigation. Its long-range and ionic systems help survey broader areas and identify potential directions, while the magnetometer and void-detection functions investigate magnetic objects and underground cavities. The 3D imaging system records ground-scan measurements and converts them into a visual representation for analyzing the approximate location, shape, size, and depth of an underground anomaly.

Deep Seeker should therefore be considered a professional survey and analysis tool rather than a simple recreational detector. Obtaining reliable results requires selecting the correct search system, adjusting the device for the terrain, following an organized scanning method, and confirming every indication through repeated scans or another suitable system.

Deep Seeker Specifications at a Glance

The following table summarizes the most important Deep Seeker specifications. Detection depth and range figures are manufacturer-rated maximums; actual performance varies according to the target, soil, interference, settings, and operator experience.

Specification	Details
Manufacturer	GER Detect
Country of Origin	Germany
Search Systems	5 specialized systems
General Maximum Depth	Up to 40 meters
Ionic System Depth	Up to 45 meters
General Forward Range	Up to 3,000 meters
Ionic System Range	Up to 2,500 meters
Main Targets	Gold, precious metals, ancient artifacts, magnetic metals, caves and voids
Display	Full-color LCD touchscreen, 480 × 270 pixels
Operating Time	Up to 10 hours
Operating Temperature	0°C to 70°C
Total Package Weight	Approximately 5.6 kg
Water Resistance	Weather-resistant, but not waterproof
Supported Languages	Six interface languages
Warranty	Five years from Detectors Shop

The Five Deep Seeker Search Systems Explained

Deep Seeker combines five specialized search systems, with each technology serving a different stage of the investigation. The operator can begin by surveying a wide area, identify a possible direction, examine magnetic or empty-space anomalies, and then perform a detailed ground scan before considering excavation.

“This review was prepared based on the official Deep Seeker specifications and our experience supplying the device to customers.”

1. 3D Imaging System

The 3D Imaging System is designed to record measurements from the ground and convert them into a visual representation of underground anomalies. It can be used to investigate buried metallic targets, caves, voids, tunnels, and changes within the soil structure.

For accurate scanning, the operator should divide the selected area into organized parallel lines, maintain a consistent walking speed and sensor height, and avoid nearby sources of electromagnetic interference. The completed scan can help estimate the approximate position, shape, size, and depth of the detected anomaly.

The displayed result is an interpretation of recorded sensor measurements—not a photographic image of an object underground. Any important indication should therefore be scanned again from another direction and confirmed with another suitable Deep Seeker system before excavation.

2. Long-Range Detection System

The Long-Range Detection System is intended for the preliminary survey of large open areas. It allows the operator to select a target category—such as buried gold, raw gold, silver, bronze, diamonds, or underground voids—and search in the chosen direction before beginning a detailed ground scan.

According to the manufacturer, the system offers a maximum forward range of up to 3,000 meters. When a potential indication is detected, the receiver turns toward the suspected target direction, the direction appears on the display, and an audible signal helps guide the operator. By repeating the search from several positions, the potential area can be progressively narrowed.

Long-range indications should always be checked from at least four directions. Nearby vehicles, electrical lines, communication equipment, metallic structures, and incorrect ground settings may affect the result. For this reason, the Long-Range Detection System should be used to identify a possible search zone, while final confirmation should be performed with the 3D imaging, magnetometer, or void-detection system.

3. Ionic Field Detection System

The Ionic Field Detection System is designed primarily for investigating metallic targets that have remained underground for long periods. The manufacturer describes the system as responding to ionic-field changes associated with old buried gold, precious metals, and ancient treasures.

According to the published specifications, this system has a maximum advertised depth of up to 45 meters and a forward range of up to 2,500 meters. It can be operated while walking through the search area and may also be used during a controlled vehicle survey.

When an indication is detected, the device provides an audible alert to help the operator identify the suspected area. Because soil mineralization, electrical interference, and environmental conditions can influence field readings, every ionic indication should be repeated from different directions and confirmed with another Deep Seeker system before excavation.

4. Magnetic Metal Detection System (Magnetometer)

The Magnetometer System measures variations in the Earth’s magnetic field to investigate ferrous and magnetically responsive objects beneath the surface. It is particularly useful for locating iron, steel, and other magnetic materials that may be associated with buried structures, containers, or archaeological sites.

The manufacturer advertises a maximum detection depth of up to 40 meters under suitable conditions. However, the magnetometer does not directly identify non-magnetic precious metals such as pure gold. Instead, it detects magnetic anomalies that require further investigation.

For reliable results, the operator should scan the area in organized parallel lines while maintaining consistent sensor height and walking speed. Mobile phones, vehicles, power lines, reinforced concrete, and metal objects carried by the operator can interfere with readings. Any anomaly should be rescanned from another direction and compared with the 3D imaging or another appropriate system.

5. Void Detection System

The Void Detection System is designed to identify subsurface anomalies that may be associated with caves, tunnels, chambers, tombs, and other underground spaces. It helps the operator investigate areas where the ground response differs from the surrounding soil.

For better reliability, scan the suspected location from more than one direction and mark any repeatable indication. The result should then be examined with the 3D Imaging System to better understand the anomaly’s approximate shape and position.

A void indication does not automatically confirm a man-made chamber or determine whether excavation is safe. Natural soil variations, geological formations, utilities, and nearby interference can produce similar responses. Actual detection depth depends on the void’s size, soil conditions, settings, and operator experience.

How to Use the Deep Seeker: Recommended Field Workflow

Deep Seeker delivers its best results when its five systems are used as complementary investigation tools rather than as separate shortcuts. The following workflow helps reduce false signals and improves target verification.

1. Prepare the Search Area

Inspect the site and remove nearby sources of interference whenever possible, including vehicles, mobile phones, electrical cables, fences, and large surface metals. Select the appropriate operating settings and allow the device to adapt to the ground conditions.

2. Conduct a Long-Range Survey

Use the Long-Range Detection System to examine large areas and identify a possible target direction. Approach the indicated location from several directions instead of relying on a single response.

3. Confirm the Indication

Mark the point where repeated directional signals intersect. A signal that appears consistently from multiple positions is generally more useful than an isolated response.

4. Select the Appropriate Verification System

Choose the next system according to the suspected target:

• Ionic Field System for indications associated with old buried metals.
• Magnetometer System for ferrous or magnetically responsive objects.
• Void Detection System for possible caves, tunnels, or underground chambers.

5. Perform a Structured 3D Scan

Create an organized scanning grid over the confirmed location. Maintain consistent spacing, direction, speed, and sensor height throughout the scan. Irregular movement can distort the recorded data.

6. Repeat and Compare the Results

Repeat the scan from a perpendicular direction and compare the results. A reliable target indication should appear in approximately the same location during repeated scans.

Never begin excavation based on one signal alone. Consider local geology, underground utilities, site permissions, and excavation safety before taking further action.

How Deep Can the Deep Seeker Detect?

According to the manufacturer’s specifications, the Deep Seeker detector offers a general maximum detection depth of up to 40 meters. The Ionic Field Detection System is separately advertised as reaching up to 45 meters, with a forward search range of up to 2,500 meters. The Long-Range Detection System provides an advertised forward range of up to 3,000 meters.

These figures represent maximum manufacturer-rated capabilities under suitable conditions—not a guaranteed depth for every target. Small coins, jewelry, and compact metal objects cannot realistically be detected at the same depth as a large buried object, chamber, tunnel, or extensive metallic target.

Actual detection depth depends on:

• Target size, material, and burial age
• Soil type and mineralization
• Moisture and surrounding geology
• Search system and device settings
• Electromagnetic interference
• Operator experience and scanning accuracy

For dependable field results, operators should treat the initial depth indication as an estimate and verify the location using multiple systems, repeated scans, and more than one scanning direction.

DEEP SEEKER DETECTOR | five search systems specialized in the detection of gold, metals & treasures

What Can the Deep Seeker Detect?

The Deep Seeker is designed to investigate several categories of underground targets by using a different search system for each type of task.

Metallic Targets

The device can search for:

• Buried gold and precious metals
• Ancient metallic artifacts and buried treasures
• Large metallic objects
• Ferrous and magnetically responsive metals

The Long-Range and Ionic Field systems are intended for locating potential buried targets over wider areas, while the Magnetometer System is more suitable for detecting ferrous metals and magnetic anomalies.

Underground Voids and Structures

The Void Detection System can identify anomalies potentially associated with:

• Natural caves
• Tunnels and passageways
• Underground chambers
• Ancient tombs
• Empty spaces beneath the ground

The 3D Imaging System can then help visualize the approximate position, shape, and distribution of the detected anomaly.

Deep Seeker cannot confirm the exact identity, age, or value of a target from one signal. Every indication should be checked through repeated scans and confirmed using another appropriate search system.

Deep Seeker Advantages and Limitations

Main Advantages

• Combines five specialized search systems in one package.
• Supports wide-area locating, direct detection, void searching, and 3D ground imaging.
• Designed for buried metals, ancient artifacts, caves, tunnels, and underground chambers.
• Offers an advertised forward range of up to 3,000 meters.
• Provides a color touchscreen with a multilingual interface.
• Allows indications to be checked using more than one detection technology.
• Includes approximately 10 hours of operating time under suitable conditions.
• Supported by professional training and a five-year warranty when purchased from Detectors Shop.

Important Limitations

• Maximum depth and range figures are manufacturer-rated and are not guaranteed in every environment.
• Small objects cannot be expected to reach the same depth as large metallic targets or underground voids.
• Mineralized soil, electrical interference, nearby metals, and incorrect settings may affect results.
• The 3D display visualizes processed scan data; it does not produce a photographic underground image.
• Correct grid scanning and result interpretation require training and field practice.
• The device is weather-resistant but not waterproof and should not be submerged or exposed to heavy moisture.
• No excavation decision should be based on a single unverified signal.

Who Should Buy the Deep Seeker?

The Deep Seeker is best suited to users who need a multi-system device for structured underground exploration rather than simple surface-level metal detecting. It may be a suitable choice for:

• Professional treasure hunters and exploration teams
• Users searching large areas for possible buried targets
• Operators investigating ancient artifacts and large metallic objects
• Researchers looking for caves, tunnels, tombs, or underground chambers
• Customers who want 3D ground imaging alongside long-range and direct detection systems
• Serious beginners willing to complete proper training and practice

The device may not be the best option for casual users who only want to locate coins, jewelry, or shallow targets in parks and beaches. A conventional coil-based metal detector is generally simpler and more practical for those purposes.

Deep Seeker offers considerable flexibility, but achieving dependable results requires correct system selection, careful scanning, repeated verification, and an understanding of local ground conditions.

Deep Seeker Price, Warranty, and Support

At the time of writing, the Deep Seeker detector is listed at $5,500 USD. The final cost may vary depending on currency conversion, destination, shipping requirements, taxes, and available promotions. Customers should confirm the current price before placing an order.

GER Detect devices purchased from Detectors Shop include a five-year warranty. Customers also receive:

• Free consultation before purchasing
• Professional device-operation training
• Technical guidance for the five search systems
• After-sales support
• Secure international shipping
• Assistance with setup and field operation

Buying from an authorized supplier is particularly important for a multi-system detector such as Deep Seeker. Proper training helps the operator select the correct system, adjust the device for local ground conditions, perform organized scans, and interpret results more accurately.

Customers should verify the device’s serial number, warranty coverage, package contents, and available support before purchasing from any seller.

UIG Ground Scanner Review

The UIG Ground Scanner by renowned German manufacturer GER Detect represents a major leap forward in underground imaging and treasure hunting technology. Engineered specifically for locating buried gold, ancient treasures, archaeological sites, caves, and structural voids, this multi-system detector delivers precise scanning capabilities up to depths of 30 meters underground. Featuring three specialized imaging modes, real-time Bluetooth data transfer, and a high-resolution 3D visualization tablet, the UIG Ground Scanner provides prospectors and researchers with an all-in-one solution for accurate subsurface analysis in all terrain conditions.

UIG Ground Scanner Review & Core Highlights

The UIG Ground Scanner stands out as one of the most versatile underground detection systems engineered by GER Detect in Germany. Built with high-grade European quality standards and holding both CE and ISO 9001 certifications, the device is designed to perform reliably across diverse soil environments worldwide, including rocky terrains, mineralized ground, and highly humid conditions.

Unlike traditional metal detectors that rely solely on audio signals, the UIG Ground Scanner integrates advanced multi-sensor signal processing with real-time graphical visualization. By pairing a lightweight, ergonomic multi-tasking imaging sensor with a dedicated multi-language Android tablet, prospectors can identify target depth, size, and metallic composition with extreme accuracy before digging.

Key System Highlights:

• 3 Dedicated Search Technologies: Includes 3D Ground Imaging, Ground Live Scan, and Wall Live Scan.
• 30-Meter Maximum Depth: Detects deeply buried metallic targets, chambers, tunnels, and caves up to 30 meters.
• High-Speed Data Transmission: Uses 2.4 GHz Bluetooth wireless connectivity to stream sensor data seamlessly to the display tablet.
• Multilingual Interface: Fully supports 6 languages: English, Arabic, French, German, Spanish, and Portuguese.
• Acoustic Discrimination: Provides distinct audio alerts for precious metals versus underground voids.
• Ergonomic Design: Features a lightweight telescopic arm and an adjustable grip for effortless field mobility during extended sweeps.

Category Specification Details Manufacturer

Category	Specification Details
Manufacturer	GER Detect (Germany)
Certification	European CE Certification & ISO 9001
Search Depth	Up to 30 Meters (98 Feet) in 3D System
Detection Technologies	3D Ground Imaging, Ground Live Scan, Wall Live Scan
Data Transmission	Bluetooth 2.4 GHz Radio Frequency
Processor Speed	High-Speed 72 MHz Data Processing
Supported Languages	English, Arabic, Spanish, French, German, Portuguese
Battery Run Time	Up to 10 Hours continuous operation
Battery Operating Temperature	0°C to 50°C
Battery Storage Temperature	-5°C to 70°C
Charger Operating Temperature	0°C to 50°C
Charger Storage Temperature	-30°C to 80°C
Charger Input Voltage	90 → 250 VAC 50→60 Hz
USB Output Current	5 VDC / 2100 mA
Device Weight	1,100 g
Battery Weight	330 g
Empty Bag Weight	2,230 g
Total Package Weight	3,900 g
Bag Dimensions	635 mm x 335 mm x 145 mm
Telescopic Arm Dimensions	Closed: 575 mm – Extended with Sensor: 880 mm
Warranty	5-Year Limited Warranty on Main Unit Electronics

The 3 Detection Systems Explained

The versatility of the UIG Ground Scanner stems from its three distinct detection modes, allowing users to adapt seamlessly to different search terrains, structural obstacles, and project requirements.

1. 3D Imaging System

This is the primary system for comprehensive subsurface mapping and precise depth measurement up to 30 meters. Designed for full area surveys, it captures data points across a structured grid and generates full-color 3D visual models.

• Configurable Grid Matrix: Users can define grid size from a minimum of 3×3 up to 12 columns (lines) by 12 steps per scan.
• Soil Type Profiling: Features specific calibration presets for Normal, Rocky, Sandy, and Highly Mineralized ground to prevent false signals.
• Scan Trajectory Options: Supports both Parallel movement (one-direction scanning) and Zig-Zag movement (back-and-forth scanning).

2. Ground Live Scan System

The Ground Live Scan mode offers rapid real-time ground tracking without needing to set up a full grid. As the operator walks over the survey line, the tablet continuously updates a dynamic signal graph accompanied by real-time audio indicators:

• Neutral Ground: Displayed as a stable green baseline chart.
• Metallic Targets: Indicated by a rising red chart peak and an elevated signal sound.
• Voids and Caves: Highlighted by a dipping blue chart gradient and a low-frequency tone.

3. Wall Live Scan System

A specialized feature rarely found in standard detectors, the Wall Live Scan mode allows vertical exploration. By shortening the adjustable telescopic arm, prospectors can sweep vertical surfaces, cliff walls, cave interiors, and ancient stone structures. It provides immediate chart and audio discrimination to locate hidden wall cavities, secret rooms, or embedded metallic caches behind masonry.

For More informant you can Download user manual

Advanced 3D Analysis & Display Modes

Once a scan matrix is fully captured using the 3D Imaging System, the software on the Android tablet translates the raw signal data into interactive graphical formats. Operators can utilize three comprehensive display options to analyze targets before initiating excavation:

1. 2D Grid View

Provides a clear top-down view of the scanned area divided into individual square cells corresponding to the lines and steps taken.

• Depth Indicator: Automatically calculates and displays depth estimates for confirmed targets.
• Value Readings: Displays raw signal numbers for each cell to verify signal intensity.
• Color Bar Breakdown: Features a percentage chart quantifying ground mineral levels, metallic targets, and void distributions.

2. Layer Display View

Allows prospectors to slice the subsurface data into distinct geological layers.

• Layer Isolation: Separates metallic target layers, soil layers, salt layers, and cavity layers to eliminate false positives.
• Height Adjustment: Enables increasing or decreasing layer height scale to accentuate small or subtle target signals.
• Full 3D Rotation: Supports 6-axis rotation, allowing users to view the target profile from top, side, and isometric angles.

3. 3D Gradient View

Generates a continuous three-dimensional shape model representing the physical structure of buried items.

• Streamlined Gradient: Smooths color transitions for high-level object shape recognition.
• Sharp Gradient: Highlights distinct boundaries between different soil densities and metallic boundaries.
• Cubic Gradient: Renders targets in geometric cubic blocks, ideal for identifying man-made structures, walls, or chest-like containers.

UIG GROUND SCANNER detector | best Scan Technique to find treasure | detectors Shop

Step-by-Step Field Operation Guide

To achieve maximum efficiency and accurate scanning results with the UIG Ground Scanner, operators should follow this systematic field workflow:

1. Physical Assembly

• Attach the multi-tasking imaging sensor securely to the telescoping arm holder.
• Mount the ergonomic handle and lock the tablet stand into place.
• Connect the external 10.8V Li-ion battery pack to the socket located on the arm assembly.

2. System & Bluetooth Setup

• Turn on the battery pack by holding the power button for 2 seconds.
• Launch the Ground Scanner App on the Android tablet.
• Tap the Connect icon and select UIG-GS to set up Bluetooth pairing (enter 1000 if prompted for a PIN).

3. Search System & Soil Calibration

• Select your preferred mode (e.g., 3D Imaging System).
• Set the desired grid parameters (Lines: 3 to 12, Steps: 3 to 12).
• Choose your ground profile (Normal, Rocky, Sand, or Mineral) and select your scan path (Parallel or Zig-Zag).
• Hold the unit steady and perform ground calibration by keeping the blue balance indicator centered in the circle.

4. Executing the Scan Grid

• Begin scanning at the starting corner of your grid.
• Press the physical capture button on the handle grip (or tap the tablet screen) at each point.
• Walk forward in uniform steps of 30 cm per capture point.
• Maintain a parallel distance of 30 cm between adjacent scan lines until all steps and lines are completed.

What’s Included in the Box?

When purchasing an original UIG Ground Scanner package, the complete set arrives in a protective, heavy-duty carrying case containing the following components:

• Main Telescopic Sensor Arm: Lightweight adjustable arm with ergonomic grip.
• Multi-Tasking Imaging Sensor: High-precision sensor unit for ground and wall scanning.
• Android Tablet: Pre-installed with the official multi-language Ground Scanner App.
• Tablet Mounting Stand: Secure bracket clip to attach the tablet directly to the arm.
• Rechargeable Battery Pack: External Li-ion battery (10.8V / 27 Wh / 2500 mAh).
• Power Adapters: Main AC wall charger and DC car charger.
• Heavy-Duty Protective Carrying Case: Padded, impact-resistant travel bag.

Safety & Operational Best Practices

To protect the device hardware and ensure optimal scanning accuracy in the field, keep the following manufacturer guidelines in mind:

• Avoid Wet Conditions: Do not operate the scanner during rain or extreme wet weather; the unit is weatherproof but not fully submersible.
• Prevent Signal Interference: Stay clear of high-voltage energy sources, cell phone towers, and active mobile phones during scanning to eliminate false noise.
• Battery Care: Charge the external battery fully before heading into the field. Always use the original GER Detect charger.
• Warranty Coverage: The main electronic unit includes a 5-year manufacturer warranty covering electronic faults (excludes physical damage from drops, unauthorized opening, battery charger, or tablet).

Final Verdict: Is the UIG Ground Scanner Worth It?

The UIG Ground Scanner by GER Detect is a powerful and versatile underground detection solution for treasure hunters, archaeologists, and professional prospectors. Combining 3D ground imaging, live ground scanning, and specialized wall scanning into a single lightweight unit makes it uniquely equipped to handle diverse search environments—from open fields to caves and ancient structures.

With a 30-meter depth capacity, real-time Bluetooth data transfer, and robust multi-layer 3D analysis tools, the scanner removes much of the guesswork associated with traditional metal detectors. If you require precise target depth estimation, structural cavity location, and target shape modeling prior to excavation, the UIG Ground Scanner delivers exceptional accuracy and long-term reliability backed by German engineering.

For current pricing, package details, availability, training, and the five-year warranty, view the official UIG Ground Scanner page or contact the Detectors Shop team for a professional consultation before purchasing.

This XP XTREM HUNTER review examines a specialized deep-seeking metal detector designed to locate large metallic objects at depths beyond the practical range of most conventional search coils. Manufactured in France by XP Metal Detectors, the system combines a two-box coil configuration, simultaneous Fast Multi Frequency technology, iron amplitude rejection, and full integration with the wireless DEUS II platform.

According to XP’s official specifications, the XTREM HUNTER can detect appropriately sized metallic targets at depths reaching up to 5 meters under favorable conditions. Its coil geometry is intentionally less responsive to many small objects near the surface, allowing the operator to concentrate on larger and deeper metal masses such as substantial relics, buried containers, metal pipes, tanks, and grouped metallic objects. The complete assembly weighs approximately 2.9 kg with the remote control and is designed to be operated by one person.

However, the advertised maximum depth should be understood correctly. The XTREM HUNTER is not designed to detect an isolated coin, small piece of jewelry, or tiny gold nugget at five meters. Actual performance depends on target size, metal composition, orientation, soil mineralization, electromagnetic interference, search settings, and the operator’s technique.

This review explains how the XP XTREM HUNTER works, its main settings, compatible components, field workflow, target capabilities, advantages, limitations, and the type of user who will benefit most from this professional deep-searching system.

What Is the XP XTREM HUNTER review?

The XP XTREM HUNTER is a professional two-box deep-seeking metal detector built around the wireless DEUS II ecosystem. A front transmitting coil and a rear receiving coil are mounted on a lightweight frame, creating an electromagnetic field designed to respond primarily to larger underground metallic objects.

Unlike a standard metal detector, the operator does not continuously sweep the XTREM HUNTER from side to side close to the ground. Instead, the detector is carried horizontally while the operator walks slowly across the search area. Maintaining a stable height and direction is important for achieving a consistent threshold and recognizing genuine target responses.

Within the XP ecosystem, the XTREM HUNTER functions as a specialized deep-searching accessory for the DEUS II Remote Control. After pairing it as a new search coil, the remote automatically displays a dedicated XTREM HUNTER interface with controls optimized for wide and deep targets. The user can later switch back to a conventional DEUS II coil to inspect or pinpoint a target detected at a moderate depth.

XP Metal Detectors is a French company based near Toulouse, and the manufacturer states that its products are designed and produced in France.

XP XTREM HUNTER at a Glance

Specification	XP XTREM HUNTER
Manufacturer	XP Metal Detectors
Country of manufacture	France
Detector type	Two-box deep-seeking metal detector
Detection technology	Simultaneous Fast Multi Frequency – FMF
Primary target type	Large and deep metallic objects
Manufacturer-rated depth	Up to 5 m under suitable conditions
Operating method	Non-motion with adjustable Auto Tune
Control platform	DEUS II Remote Control
Factory programs	1 factory program
Custom programs	2 user programs
Sensitivity	0–99
Iron discrimination	Disc IAR from OFF to 5
Threshold	0–20
Reactivity	Levels 1–3
Auto Tune	OFF or levels 1–3
Frequency Shift	14 bands, automatic or manual
Audio Response	Levels 1–4
Ground Balance	Manual or Ground Grab
Audio types	Square and Pulse
Display	Dynamic four-second signal graph
Battery	Rechargeable Li-ion 18650
Battery life	More than 10 hours
Charging time	Approximately 4 hours
Assembled length	1.20 m
Detector weight with remote	Approximately 2.9 kg
Weight inside XP case	Approximately 5.8 kg
Carrying case	Rain-resistant and shock-resistant case included
Detector warranty	5 years for parts and labor
Battery and connector warranty	2 years

These figures are taken from the official XP XTREM HUNTER manual. Package contents may differ according to whether the customer purchases the complete detector set or an accessory package intended for an existing DEUS II owner.

How the Two-Box FMF System Works

Conventional metal detectors are designed to find a broad range of targets, from small coins near the surface to larger metallic objects at greater depths. This versatility can become a disadvantage when the operator is specifically searching for a large, deeply buried object.

Small nails, bottle caps, pieces of wire, and other shallow metal can produce responses that distract the operator or partially mask a larger target underneath. Changes in ground mineralization and unavoidable movement of the coil can also create instability.

The XTREM HUNTER uses widely separated transmitting and receiving coils. The shape and distribution of its electromagnetic field make the detector naturally less sensitive to many small surface objects. This allows it to search through the upper layers of the ground while focusing more strongly on larger metal masses.

XP’s simultaneous FMF platform also helps reduce the instability traditionally associated with older single-frequency two-box detectors. The system is designed to limit ground effects and reduce false signals caused by variations in coil height and movement during walking.

The XTREM HUNTER should not be confused with ground-penetrating radar or a three-dimensional underground scanner. Its screen displays a dynamic representation of the metal-detection signal; it does not produce a photographic image of the buried object or display its exact shape.

XP XTREM HUNTER Detection Depth

XP advertises a maximum detection depth of up to 5 meters, approximately 16.4 feet. That figure applies to sufficiently large metallic targets under appropriate soil and environmental conditions.

Detection depth is not a fixed number. It changes according to:

• Target dimensions and total metallic mass.
• Ferrous or non-ferrous composition.
• Target orientation underground.
• Soil mineralization and moisture.
• Nearby electromagnetic interference.
• Ground Balance, Sensitivity, Reactivity, and Audio Response.
• Search height and walking stability.
• Operator experience.

A large tank, substantial metal pipe, buried container, or concentrated group of metallic objects can produce a detectable response at a much greater depth than an individual coin. Therefore, the five-meter figure should never be interpreted as the expected depth for every target.

Targets the XTREM HUNTER Is Designed to Locate

The detector is suitable for searching for:

• Large buried metallic relics.
• Metal containers and boxes.
• Substantial groups or caches of metallic objects.
• Underground tanks and reservoirs.
• Metal pipes and industrial conduits.
• Large ferrous and non-ferrous objects.
• Significant structural or industrial metal components.

Targets It Is Not Designed For

The XTREM HUNTER is not the correct detector for:

• Individual coins at extreme depths.
• Small jewelry and thin chains.
• Tiny natural gold nuggets.
• Fine gold prospecting.
• Very small surface targets.
• Underground caves or empty spaces without metal.
• Exact identification of a specific metal type.

XP specifically explains that the system is intended for large deep targets and not isolated coins. A grouped mass of coins may generate a response, but an individual coin is outside the detector’s primary purpose.

Iron Discrimination and Small-Target Rejection

One of the XTREM HUNTER’s important features is Disc IAR, or Iron Amplitude Rejection. The adjustment ranges from OFF to level 5.

With Disc IAR switched off, the detector does not attempt to reject ferrous responses. Increasing the setting allows it to classify some ferrous targets according to their signal amplitude and distance from the coils.

The XTREM HUNTER naturally ignores many very small ferrous objects such as nails and bottle caps. Moderately sized iron objects, including items similar in size to tools, horseshoes, or anchors, may be identified with a lower audio tone and a gray or hatched indication on the screen.

Iron rejection is not absolute. A large, unusually shaped, or deeply buried iron target may still produce a response that resembles a non-ferrous object. Excessive IAR in an area containing heavy iron contamination can also mask a larger desirable target. For this reason, promising signals should be checked from more than

DEUS II Compatibility

The XTREM HUNTER requires a compatible DEUS II Remote Control. The remote should be updated to software version 2.0 or later before the XTREM HUNTER is paired.

The pairing process is similar to adding another XP search coil:

1. Open the pairing menu on the DEUS II Remote Control.
2. Select the coil option.
3. Enter the serial numbers supplied with the XTREM HUNTER coils.
4. Select the XTREM HUNTER from the available coil list.
5. The dedicated deep-search interface will appear automatically.

The DEUS I and ORX control platforms are not compatible with the XTREM HUNTER. The WS6, WSA II, and WSA II XL may be used as compatible wireless headphones when correctly updated, but the WS6 module does not replace the DEUS II Remote Control as the main XTREM HUNTER controller.

One practical advantage of the DEUS II ecosystem is the ability to switch quickly between the XTREM HUNTER and a standard DEUS II coil. The operator can locate a broad deep response with the two-box system, mark the area, and then use a conventional coil to inspect the location more precisely when the target is within its practical depth range.

Main XP XTREM HUNTER Settings

Setting	Function
Sensitivity	Controls the overall signal sensitivity. Higher settings may improve weak-target response but can increase instability.
Disc IAR	Rejects some ferrous targets according to their signal amplitude and distance from the coils.
Threshold	Adjusts the continuous background hum. An excessive threshold can hide faint deep signals.
Reactivity	Controls response speed. Lower settings generally favor maximum depth; higher settings improve target localization.
Auto Tune	Automatically tracks and adjusts the threshold as ground and environmental conditions change.
Frequency Shift	Selects one of 14 channels manually or automatically to reduce EMI.
Audio Response	Amplifies weak signals. Higher levels can make deep targets easier to hear but may also amplify ground noise.
Ground Balance	Adjusts the detector to the mineralization of the soil using manual adjustment or Ground Grab.
Audio Type	Square provides a stable conventional response, while Pulse offers greater sound dynamics for weak deep targets.

XP recommends performing a Frequency Scan at the beginning of every detecting session. Common Sensitivity settings are normally within the 70–90 range, but difficult or electrically noisy locations may require a lower level.

How to Use the XP XTREM HUNTER

1. Update and Pair the DEUS II Remote

Confirm that the DEUS II Remote Control is running compatible software, then pair the front and rear XTREM HUNTER coils through the coil menu.

2. Assemble and Balance the Detector

Install the front transmitting coil, rear receiving coil, central frame, telescopic stem, handle, support, and carrying strap. Adjust the handle according to the operator’s height so the frame remains comfortable and approximately horizontal.

3. Remove Metallic Objects From the Operator

Phones, keys, belt buckles, steel-reinforced shoes, watches, tools, pinpointers, and backpacks with metal frames can interfere with the detector.

Place these objects well away from the search path. Even a phone carried in a pocket can move relative to the coils and produce misleading variations in the threshold.

4. Choose an Appropriate Test Area

Avoid testing the XTREM HUNTER indoors. Buildings contain electrical wiring, reinforcing steel, pipes, appliances, and other sources of metal and electromagnetic interference.

Whenever possible, search away from:

• Power lines.
• Radio transmitters.
• Houses and industrial buildings.
• Electric fences.
• Large vehicles.
• Underground electrical infrastructure.

5. Perform an Automatic Frequency Scan

Run the automatic Frequency Scan to select the quietest of the 14 available channels. Repeat the scan when moving to a new area or when interference increases.

6. Begin With Stable Settings

A reasonable starting configuration for many sites is:

• Sensitivity: approximately 70–85.
• Reactivity: 1.
• Auto Tune: low or moderate.
• Audio Response: 1 or 2.
• Ground Balance: factory value of approximately 87.
• Disc IAR: OFF or low during initial target confirmation.

These are starting points rather than universal settings. Stability is more valuable than using every setting at its maximum.

7. Maintain a Consistent Search Height

Carry the detector horizontally between approximately knee and hip height. Walk slowly and keep the frame at a consistent distance from the ground.

Raising the detector reduces its response to small shallow objects and can improve stability in contaminated ground. Lowering it too close to the surface may increase responses from unwanted metal and ground variations.

8. Retune the Threshold Regularly

Use the Retune control when the background threshold drifts. When Auto Tune is active, continue moving because holding the detector over a target for too long may cause the system to tune out part of the response.

9. Confirm the Target From Different Directions

A repeatable response is more valuable than a single isolated signal. Mark the apparent center, move away, approach from the opposite direction, and then cross the target at approximately 90 degrees.

Reduce Auto Tune or switch it off temporarily when attempting to identify the precise center of the response.

10. Use a Standard Coil for Final Pinpointing

When the suspected object is within the range of a standard DEUS II coil, switch to that coil and scan the marked location. This can help narrow the excavation area and determine whether shallower metallic material is present.

The official manual provides a similar structured setup and search workflow, including software updating, removing personal metal, Frequency Scan, consistent search height, target confirmation, and switching to a conventional coil when appropriate.

How to Read the XTREM HUNTER Signal Graph

The DEUS II Remote Control displays the most recent four seconds of detector response. The graphical interface gives the operator two main forms of information:

Signal strength can help estimate the relative depth or intensity of the target response.

Signal duration can help indicate whether the target is narrow or extends across a larger area.

A shallow target often produces a double-lobe signal with a negative section between the two peaks. As the same target becomes deeper, the second peak becomes weaker. A substantially deeper target may appear as a single faint but repeatable response.

The graph should be used to compare repeated passes over the same location. It does not display an exact image of the target and should not be treated as a guaranteed depth measurement or metal-identification screen.

Suggested Settings for Different Search Conditions

Search condition	Suggested approach
Clean, low-mineralized ground	Perform Frequency Scan, use Reactivity 1, increase Sensitivity gradually, and use headphones. XP also suggests testing a Ground Balance value near 70 for deep non-ferrous targets in clean ground.
Strong electromagnetic interference	Repeat Frequency Scan, reduce Sensitivity to approximately 60–70, lower Audio Response to 1, and move farther from electrical sources.
Mineralized or unstable ground	Begin near the default Ground Balance value of 87, use Ground Grab when appropriate, reduce Sensitivity, and maintain a stable frame height.
Heavy surface contamination	Raise the frame farther from the ground, reduce Sensitivity to approximately 60–75, lower Audio Response, and avoid excessive iron rejection.
Maximum-depth search	Use a low Reactivity setting, walk slowly, use headphones, and increase Sensitivity and Audio Response only while the detector remains stable.
Final target localization	Temporarily switch Auto Tune off, increase Reactivity, cross the target from different directions, or use a standard DEUS II coil.

These recommendations are based on the manufacturer’s operating guidance. The final settings should always be adapted to the actual soil, interference, and target-response stability.

Watch the XP XTREM HUNTER in Action

A practical field video is valuable because the XTREM HUNTER operates differently from a standard metal detector. The video placed in this section should demonstrate:

• Correct assembly and balance.
• Pairing with the DEUS II Remote Control.
• Frequency Scan and initial settings.
• Correct walking height.
• Response to a large buried target.
• Signal graph interpretation.
• Target confirmation from two directions.
• Switching to a standard DEUS II coil.

Watch the XP XTREM HUNTER review field demonstration to see how the two-box FMF system is assembled, balanced, configured, and used to confirm large metallic targets at depth.

What Is Included With the XP XTREM HUNTER?

The standard XTREM HUNTER assembly includes:

• Front coil with wireless transmitter and rechargeable battery.
• Rear receiving coil with connecting cable.
• Two-section XTREM HUNTER frame.
• S-Telescopic stem.
• Adjustable handle and support.
• Carrying strap.
• USB-C charging cable.
• Assembly screws and hardware.
• Rain-resistant and shock-resistant XP carrying case.
• User manual.

The DEUS II Remote Control and wireless headphones may be included or excluded depending on the selected package. Existing DEUS II owners should confirm whether they are purchasing the complete system or the XTREM HUNTER accessory package.

XP XTREM HUNTER Advantages

Strong Focus on Large Deep Targets

The two-box geometry reduces interference from many small surface objects and concentrates the search on substantial underground metal masses.

FMF Stability

Fast Multi Frequency technology improves ground handling and stability compared with the limitations traditionally associated with single-frequency two-box systems.

Practical Iron Rejection

Disc IAR allows the operator to identify or reduce some moderately sized ferrous responses instead of digging every signal.

Lightweight One-Person Design

At approximately 2.9 kg with the Remote Control, the XTREM HUNTER is relatively manageable for a professional two-box detector and does not require two operators.

Wireless DEUS II Integration

The system connects to the DEUS II Remote Control and compatible headphones without a complicated network of control cables.

Useful Signal Display

The four-second dynamic graph helps compare target strength, signal duration, and repeatability.

Long Battery Life

More than ten hours of operating time is sufficient for a full day of field searching under normal conditions.

Five-Year Manufacturer Warranty

XP provides a five-year parts-and-labor warranty for the detector, while batteries and connectors carry a two-year warranty.

XP XTREM HUNTER Limitations

Not Intended for Small Targets

This is not a coin, jewelry, or small-nugget detector. Users searching mainly for small targets will achieve better results with a standard DEUS II configuration.

Maximum Depth Depends on Target Size

The five-meter figure is not applicable to every metallic object. Large targets produce substantially stronger responses than small ones.

Requires the DEUS II Remote Control

The XTREM HUNTER is built around the DEUS II control platform and cannot be operated through DEUS I or ORX.

Sensitive to EMI

The large detecting structure can receive more electromagnetic interference than a small conventional coil, especially near electrical and industrial areas.

Iron Rejection Is Not Perfect

Deep or unusually shaped ferrous objects can still produce uncertain responses. Excavation decisions should not rely on one discrimination setting.

Requires Controlled Movement

Walking speed, search height, frame balance, threshold stability, and repeated confirmation all influence the quality of the result.

Weather-Ready but Not Submersible

The detector is designed to withstand rain and difficult weather, but the XTREM HUNTER assembly should not be submerged. The waterproof rating of the DEUS II Remote Control does not mean the complete two-box frame is suitable for underwater detecting.

Who Should Buy the XP XTREM HUNTER?

The XTREM HUNTER is most suitable for:

• Professional detectorists searching for large deep metal masses.
• Archaeological and historical survey teams.
• Construction and industrial professionals locating tanks or pipes.
• Experienced DEUS II owners who need deeper large-target capability.
• Search teams investigating substantial buried metallic objects.
• Operators who understand that two-box detectors serve a specialized purpose.

It is less suitable for beginners seeking one detector for coins, jewelry, beaches, parks, and natural gold prospecting. Those users will normally benefit more from a conventional DEUS II coil before adding the XTREM HUNTER as a specialized tool.

For more information about XP XTREM HUNTER Download USER Manual From Here

Frequently Asked Questions About the XP XTREM HUNTER

Contact Detectors Shop to purchase the original XP XTREM HUNTER with an official warranty, professional training, technical support, and secure worldwide delivery.

This Titan X13 review provides a detailed look at the 11-system professional detector developed by GER Detect for advanced underground exploration. Rather than depending on one search method, the device combines five detection technologies: long-range locating, pulse induction, electromagnetic field detection, magnetometer analysis, and ionic-field detection.

Together, these technologies are designed to help operators search for gold, precious metals, diamonds, gemstones, deeply buried metallic targets, caves, underground voids, and archaeological tombs. According to the manufacturer’s specifications, the Titan X13 can cover areas of up to 3,000 square meters, while its maximum advertised detection depth can reach 60 meters under suitable conditions. Actual results depend on the selected search system, target size and depth, soil conditions, interference, device settings, and operator experience.

In this complete guide, we will explain how all 11 Titan X13 search systems work, what each technology is designed to detect, the correct field workflow, technical specifications, realistic depth considerations, advantages and limitations, package contents, and the five-year warranty provided by Detectors Shop for GER Detect devices.

What Is the Titan X13 Detector?

The Titan X13 is a professional multi-technology detector developed by GER Detect for investigating a wide variety of underground targets. It integrates 11 specialized search systems into one device, allowing the operator to select a detection method according to the target, terrain, and stage of the search. This makes it considerably different from conventional detectors that depend mainly on a single coil-based search technology.

Its five technology groups serve different purposes during field exploration. The long-range systems help survey wide areas and identify a potential direction, while pulse induction and EMF systems provide direct detection and target analysis. Magnetometer technology is used to investigate magnetic metals and underground voids, the 3D imaging function provides a visual representation of detected anomalies, and the ionic system is designed for long-buried targets. By combining these methods, the Titan X13 allows the operator to move from an initial survey to more focused analysis using one integrated field package.

Specification	Details
Manufacturer	GER Detect
Number of Search Systems	11 specialized systems
Detection Technologies	Long-range, pulse induction, EMF, magnetometer, and ionic detection
Maximum Advertised Depth	Up to 60 meters under suitable conditions
Maximum Coverage Area	Up to 3,000 square meters
Supported Targets	Gold, precious metals, diamonds, gemstones, buried metals, caves, voids, and archaeological tombs
Metal Selection	12 selectable metal types
Gemstone Selection	18 selectable gemstone types
Interface Languages	Arabic, English, German, French, Spanish, and Persian
Warranty	Five years through Detectors Shop for GER Detect devices

The figures above represent the manufacturer’s maximum specifications. Detection depth and coverage can vary according to the selected system, target characteristics, soil conditions, environmental interference, and operator experience.

Additional technical information is available on the official GER Detect Titan X13 page.

Titan X13 Search Systems Explained

The Titan X13 combines 11 search systems divided across five detection technologies. Each group performs a different role: some systems are intended for surveying large areas, while others provide direct detection, underground analysis, or three-dimensional visualization. Selecting the correct system depends on the target being investigated and the conditions of the search area.

1. Long-Range Detection Systems

The long-range technology group includes four dedicated search systems designed for the initial exploration of large open areas:

1. Gold and precious metals detection system
2. Diamond detection system
3. Gemstone detection system
4. Custom long-range search system

According to the manufacturer, these systems can survey areas reaching 3,000 square meters and offer a maximum advertised depth of up to 60 meters under suitable conditions. The operator selects the required target category, surveys the area, and follows the detected direction to progressively narrow the possible target location.

For a more reliable field assessment, directional results should be checked from several positions and then investigated with one of the Titan X13 direct-detection or imaging systems. This structured process helps distinguish a repeatable target indication from environmental interference before any excavation decision is made.

2. Ionic Detection System

The fifth Titan X13 search system uses ionic-field detection and is specifically intended for investigating ancient metallic targets that have remained underground for long periods. GER Detect describes this system as analyzing ionic-field anomalies that may develop around old buried objects, helping the operator identify areas that require closer examination.

Because the ionic mode is designed for long-buried targets, testing it with a newly buried object does not accurately represent its intended field use. The operator should scan slowly in an open area, observe whether the indication remains consistent, and repeat the search from another direction. Any potential signal should then be verified with a direct-detection, pulse induction, magnetometer, or imaging system before reaching a conclusion.

3. Magnetometer Detection Systems

The Titan X13 includes two magnetometer-based search systems that measure variations in the Earth’s magnetic field:

6. Void, cave, and archaeological tomb detection system
7. Magnetic metal detection system

The first system is designed to locate underground anomalies that may indicate cavities, tunnels, caves, voids, or tomb-like spaces. The second is used to detect buried metallic objects that create a measurable magnetic disturbance, particularly ferrous or magnetic targets.

For an organized survey, the operator should scan the selected area in parallel lines while maintaining a consistent direction, speed, and sensor height. Repeating the scan from another direction helps determine whether an anomaly remains in the same location. Mobile phones, vehicles, power lines, reinforced structures, and nearby metal objects can interfere with magnetic readings, so the search area should be kept as clear as possible. Magnetometer results should be interpreted as underground anomalies and confirmed with another Titan X13 system before excavation.

4. Pulse Induction Detection Systems

The Titan X13 includes two pulse induction systems designed for the direct detection and analysis of buried metallic targets:

8. General pulse induction search system
9. Advanced pulse induction direct analysis system

Pulse induction technology operates by transmitting electromagnetic pulses into the ground and analyzing the returning signal produced by a metallic object. The general search system is used to examine the selected area for potential metal responses, while the direct analysis system provides a more focused investigation after the possible target location has been narrowed.

During field use, the search sensor should be moved at a controlled speed and maintained at a consistent height above the ground. A genuine target response should remain concentrated in the same location when the area is scanned from different directions. Signal strength can be affected by target size, burial depth, soil mineralization, nearby metal, and device settings. For better confidence, pulse induction results should be compared with the EMF, magnetometer, or 3D imaging results.

5. EMF Direct Detection and 3D Imaging Systems

The final two Titan X13 systems use electromagnetic field technology for direct underground investigation and visual analysis:

10. EMF direct detection system
11. EMF-based 3D imaging system

The direct detection system is designed to identify measurable electromagnetic anomalies associated with underground metallic targets or structural changes. After a potential location has been identified, the 3D imaging system allows the operator to scan the area systematically and convert the collected measurements into a visual representation for further analysis.

A three-dimensional scan should be understood as a visualization of recorded sensor data, not as a photographic image of an object beneath the ground. Its accuracy depends heavily on maintaining straight scan lines, consistent spacing, stable sensor height, and controlled movement throughout the survey. Repeating the scan in the opposite direction can help determine whether the anomaly remains stable. The imaging result should then be compared with indications from the pulse induction, magnetometer, or long-range systems before making an excavation decision.

How to Use the Titan X13: Recommended Field Workflow

A structured search process is essential when operating a multi-system detector. The exact procedure may vary according to the target and terrain, but the following workflow provides a practical method for combining the Titan X13 systems:

1. Evaluate the search area: Inspect the terrain and identify power lines, vehicles, reinforced structures, surface metal, and other possible sources of interference.
2. Select the intended target: Choose the appropriate system for gold, precious metals, diamonds, gemstones, magnetic metals, or underground voids.
3. Perform the initial survey: Use the relevant long-range system to examine the wider area and identify a possible target direction.
4. Repeat from multiple positions: Conduct the search from different sides of the area. A consistent intersection between repeated directions provides a stronger indication than a single response.
5. Mark the potential location: Define a smaller search zone based on the repeated results instead of beginning excavation immediately.
6. Apply a direct-detection system: Use pulse induction or EMF for metallic targets, or the magnetometer system when investigating magnetic metals, caves, voids, or tomb-like anomalies.
7. Create a detailed scan: When appropriate, scan the narrowed area with the 3D imaging system using consistent lines, spacing, speed, and sensor height.
8. Compare all results: A potential target becomes more convincing when two or more independent systems produce repeatable indications in the same location.

Operators should follow the official user manual, complete practical training, and obtain all required permissions before searching or excavating.

How Deep Can the Titan X13 Detect?

According to GER Detect, the maximum advertised detection depth of the Titan X13 can reach up to 60 meters under suitable conditions, with wide-area coverage of up to 3,000 square meters. This maximum figure is primarily associated with long-range surveying and large or deeply buried targets; it does not mean that every target or every search system can reach the same depth.

Actual detection depth depends on several factors:

• Size, shape, and type of the target
• Burial depth and length of time underground
• Soil composition and mineralization
• Moisture and surrounding terrain
• Selected Titan X13 search system
• Device settings and calibration
• Nearby electromagnetic interference
• Operator experience and search technique

A small metallic object will normally be detected at a shallower depth than a large underground structure or concentrated metal mass. For this reason, the 60-meter figure should be treated as a manufacturer-rated maximum rather than a guaranteed result. Reliable field evaluation depends on repeatable signals and confirmation through more than one detection system.

What Can the Titan X13 Detect?

The Titan X13 is designed to investigate several categories of underground targets, including buried gold, raw gold, precious metals, diamonds, gemstones, metallic objects, caves, voids, tunnels, and archaeological tombs. The appropriate target program and detection technology should be selected before beginning the survey.

12 Selectable Metal Targets

The manufacturer lists search options for ancient buried gold, raw gold, platinum, silver, mercury, bronze, lead, copper, cobalt, lithium, coltan, and meteorite stones.

18 Selectable Gemstone Targets

The gemstone programs include ruby, emerald, quartz, topaz, agate, amethyst, lapis lazuli, tourmaline, columbite, tanzanite, turquoise, peridot, alexandrite, cat’s eye, sapphire, jasper, opal, and aquamarine.

Target selection helps configure the device for the intended search category, but it should not be interpreted as laboratory-grade material identification. A field indication must remain consistent when the scan is repeated and should be verified through another suitable Titan X13 system. The magnetometer and imaging functions can also be used to investigate underground anomalies associated with caves, voids, tunnels, and tomb-like structures.

Titan X13 Advantages and Limitations

A balanced Titan X13 review must consider both the flexibility of its multi-system design and the practical requirements of operating it correctly.

Main Advantages

• Eleven search systems combined in one professional package
• Five detection technologies for different targets and search stages
• Search programs for metals, diamonds, gemstones, caves, and voids
• Wide-area surveying followed by direct detection and 3D analysis
• Manufacturer-rated coverage of up to 3,000 square meters
• Maximum advertised depth of up to 60 meters under suitable conditions
• Interface support for six languages
• Ability to compare results from multiple independent systems
• Five-year Detectors Shop warranty for GER Detect devices

Important Limitations

• The number of systems creates a learning curve and requires proper training
• Maximum depth and coverage figures cannot be guaranteed in every location
• Environmental interference and incorrect settings can produce misleading signals
• Each system has a specific purpose and cannot detect every target equally
• Three-dimensional results require careful scanning and experienced interpretation
• The price is considerably higher than that of a simple single-purpose detector

The Titan X13 offers its greatest value when the operator understands how to select, combine, and verify its different systems. It is not intended as a simple recreational detector that can be operated effectively without preparation or field practice.

Who Should Buy the Titan X13?

The Titan X13 is best suited to professional exploration teams, experienced operators, and serious users who need several detection technologies in one device. It is particularly relevant for projects that begin with wide-area surveying and require additional systems for direct detection, void investigation, target analysis, and 3D visualization.

A serious beginner can also use the device after receiving proper training and learning the purpose of each system. However, the Titan X13 may not be the right choice for someone seeking an inexpensive recreational detector, simple coin hunting, or basic plug-and-play operation. Its value comes from combining multiple systems correctly and comparing their results during organized fieldwork.

Titan X13 Price, Warranty, and Support

At the time of publication, the Titan X13 price listed by Detectors Shop is US$13,000. Because prices, shipping arrangements, and available offers may change, buyers should check the official Titan X13 product page or contact the sales team for the latest information before ordering.

GER Detect devices purchased from Detectors Shop include a five-year warranty. Customers also receive professional device training, technical guidance, and after-sales support to help them understand the different search systems and operate the detector correctly. This support is particularly valuable for a device with 11 specialized systems and several field configurations.

Frequently Asked Questions About the Titan X13

Titan X13 Review: Final Verdict

This Titan X13 Review shows that the device’s greatest advantage is not simply its maximum depth specification, but its ability to combine several detection methods during one organized investigation. The operator can begin with wide-area surveying, narrow the potential location, apply direct detection, investigate metal or void anomalies, and analyze the selected area with 3D imaging.

The Titan X13 is best suited to professional teams and serious users who require multiple technologies and are prepared to complete proper training. Its results still depend on terrain, target characteristics, settings, interference, and operator experience, making repeated scans and confirmation through more than one system essential.

For current pricing, package details, availability, training, and the five-year warranty, view the official Titan X13 product page or contact the Detectors Shop team for a professional consultation before purchasing.

This Titan 500 Smart review takes a detailed, practical look at a multi-purpose long-range detector developed by GER Detect and UIG Detectors for locating gold, precious metals, diamonds, and gemstones. The device combines four search systems on a color touchscreen: a gold and precious-metals system, a gemstone system, a diamond system, and a depth-determination and result-analysis system.

According to the manufacturer’s specifications, operators can select forward ranges from 100 to 3,000 meters, while the maximum advertised search depth reaches up to 120 meters under suitable conditions. Actual field performance can vary depending on the target’s size and age, soil composition, electromagnetic interference, search settings, and operator technique.

With six interface languages, continent and soil settings, and a portable field-ready design, the Titan 500 Smart is positioned for serious exploration rather than casual detecting. This guide explains its systems, technical specifications, operating process, practical limitations, package contents, and the most important points to consider before buying.

What Is the Titan 500 Smart Detector ?

Titan 500 Smart is a portable long-range locating and depth-analysis device designed for surveying large areas for selected underground targets. Unlike conventional coil-based metal detectors that scan directly beneath a search coil, it helps the operator identify a potential target direction from a distance and progressively narrow the search area. Its color touchscreen allows users to select the continent, target type, soil conditions, and a forward search range between 100 and 3,000 meters.

The device organizes its functions into four dedicated systems for gold and precious metals, gemstones, diamonds, and depth determination with result analysis. After identifying a potential direction, the operator confirms the signal from multiple positions before using the analysis function to estimate the target’s location and depth. This structured process makes Titan 500 Smart more suitable for serious field surveying than casual surface detecting.

Titan 500 Smart Specifications at a Glance

Before examining each search system in detail, the following table provides a quick overview of the Titan 500 Smart specifications. Detection depth and forward range are manufacturer-rated maximum values; actual field results depend on the target, soil conditions, interference, settings, and operator experience.

Specification	Details
Brand	GER Detect
Country of manufacture	Germany
Search systems	4 professional systems
Main targets	Gold, precious metals, diamonds and gemstones
Maximum search depth	Up to 120 meters, manufacturer-rated
Selectable forward range	From 100 to 3,000 meters
Display	Full-color LCD touchscreen, 480 × 272 px
Operating languages	Arabic, English, German, French, Italian and Spanish
Operating frequency	3.2–18 kHz
Battery runtime	Up to 10 hours
Total package weight	Approximately 4.865 kg
Water protection	Not waterproof; avoid rain and direct water exposure
Warranty	5 years through Detectors Shop

The Four Titan 500 Smart Search Systems Explained

Titan 500 Smart combines four specialized systems within one touchscreen-controlled platform. Each system is designed for a specific target category or stage of the search process, allowing the operator to move from wide-area directional surveying to target confirmation and depth estimation without changing devices.

1-Gold and Precious Metals Detection System

The Gold and Precious Metals Detection System is intended for long-range directional searches across large areas. It provides selectable target profiles for ancient buried gold, raw gold, gold veins, platinum, silver, bronze, copper, cobalt, coltan, mercury, zircon, meteorites, osmium, and other valuable metallic targets. Before searching, the operator selects the desired target, region, soil conditions, and forward range. The device then analyzes received signals and directs the operator toward a potential target location. For more reliable results, the indicated direction should be checked repeatedly and confirmed from multiple sides before using the depth-analysis system.

2.Gemstone Detection System

The Gemstone Detection System is designed for directional searches targeting 18 selectable gemstone types: sapphire, emerald, quartz, topaz, garnet, amethyst, lapis lazuli, tourmaline, columbite, tanzanite, turquoise, peridot, alexandrite, cat’s eye, ruby, jasper, opal, and aquamarine. The operator selects the expected gemstone and search range before scanning the area. When the device indicates a potential direction, the signal should be approached gradually and verified from several positions. Soil composition, surrounding minerals, electrical interference, and correct device balance can all influence the stability of the result.

3. Diamond Detection System

The Diamond Detection System provides a dedicated search mode for locating potential large and small diamond targets underground. After selecting the diamond profile and appropriate forward range, the operator keeps the device balanced and begins a directional survey while monitoring the touchscreen and audio response. Any indicated direction should be approached gradually, marked, and checked from north, south, east, and west. Repeated confirmation helps narrow the probable target center before moving to the depth-determination and result-analysis stage. As with every long-range search, stable results depend on proper settings, careful operation, and suitable field conditions.

4- Depth Determination and Result Analysis System

The fourth system is used after the probable target center has been confirmed from multiple directions. The operator marks the center, moves at least two meters away, points the balanced device toward the target, and begins the depth procedure. The operator then approaches the marked point until the device indicates that the target has been passed. The process is repeated from the opposite direction, allowing the system to analyze both passes and display the estimated depth, target-confirmation percentage, and surrounding noise ratio.

According to the operating manual, the search should be repeated when the noise ratio exceeds 30% or when target confirmation is below 90%. Mobile phones, power sources, communication networks, nearby metals, and other electronic equipment can increase interference. The displayed depth should therefore be treated as a field estimate and verified through several consistent scans before making an excavation decision.

Titan 500 Smart Review How to Use the Titan 500 Smart Step by Step

Correct setup and disciplined scanning are essential for obtaining stable Titan 500 Smart readings. The following process summarizes the recommended operating sequence:

1. Fully charge the battery and connect the handle, Super Antenna, enhancer antennas, and recipient antenna.
2. Choose a dry, open search area away from power sources, mobile phones, electronic equipment, and nearby surface metals.
3. Press and hold the power button for approximately two seconds to start the device.
4. Select the operating language, continent, soil type, sound level, and other required settings.
5. Choose the desired target profile and set the forward range between 100 and 3,000 meters. A shorter range is preferable when the approximate search area is already known.
6. Face the intended north-to-south search direction and keep the on-screen balance indicator centered.
7. Start the scan and follow the touchscreen direction indicator and accelerating audio response.
8. Mark the potential target center and confirm it from north, south, east, and west.
9. Activate the depth-analysis system only after obtaining consistent directional confirmation. Repeat the scan if noise exceeds 30% or target confirmation remains below 90%.

Titan 500 Smart Video Demonstration

Watch this Titan 500 Smart video demonstration for a closer look at the device, its design, supported targets, and operating features.

Can the Titan 500 Smart Detect Up to 120 Meters Deep?

According to the manufacturer’s specifications, the Titan 500 Smart has a maximum advertised search depth of up to 120 meters under suitable conditions. This figure is not a fixed or guaranteed depth for every target. Actual performance depends on the target’s size, burial period, soil composition, surrounding mineralization, electromagnetic interference, selected settings, and operator experience. The operating manual also explains that freshly buried or surface-laid targets are not suitable for demonstrating the device’s full long-range capability.

The selectable forward search range extends from 100 to 3,000 meters. Shorter ranges are recommended when the approximate search area is known because they make repeated scanning and directional confirmation easier. The maximum range is more appropriate for preliminary surveys across large, open areas. Regardless of the selected distance, one

What Is Included with the Titan 500 Smart?

The Titan 500 Smart package includes the main detection unit, device handle, Super Antenna, enhancer antennas, recipient antenna, home charger, car charger, and a shock-resistant carrying case. The main unit weighs approximately 592 grams, while the complete package weighs about 4.865 kilograms. Its rechargeable battery provides up to 10 hours of operation under normal conditions.

The protective case makes the complete system easier to transport between search locations. However, the detector is not waterproof and should not be operated in rain or exposed directly to water. Customers purchasing through Detectors Shop also receive a five-year warranty, professional device training, and technical support.

Before beginning fieldwork, users should read the official Titan 500 Smart user manual and follow all safety and operating instructions.

Who Is the Titan 500 Smart Best For?

Titan 500 Smart is best suited to serious prospectors, exploration teams, and buyers who need to survey large areas for gold, precious metals, diamonds, or gemstones. It can also be suitable for committed beginners who are willing to complete professional training and learn the correct confirmation process. It is not designed as a simple recreational detector for quickly testing surface objects or recently buried targets.

Main Advantages

• Four specialized search systems in one device
• Selectable forward range from 100 to 3,000 meters
• Target direction, confirmation and depth-analysis functions
• Full-color touchscreen with six operating languages
• Lightweight main unit and protective carrying case
• Up to 10 hours of battery operation
• Five-year Detectors Shop warranty and professional training
  

Important Considerations

• Maximum depth and range are not guaranteed in every environment
• Correct settings and repeated directional confirmation are essential
• Electrical interference and mineralized soil can affect results
• Freshly buried objects are not suitable for evaluating full performance
• The device is not waterproof and should only be used in dry conditions

Final Verdict: Is the Titan 500 Smart Worth Buying?

The Titan 500 Smart stands out as a versatile long-range detector that combines four target-specific systems, selectable search distances, touchscreen operation, and depth analysis in one portable package. Its greatest value is the ability to survey extensive areas and progressively narrow a potential target location through a structured confirmation process.

For trained users seeking a professional system for gold, precious metals, diamonds, and gemstones, it offers a strong combination of target selection, range flexibility, portability, and multilingual operation. Buyers should still approach maximum depth and range as manufacturer-rated values and base excavation decisions on repeated, consistent field results.

View the Titan 500 Smart detector, current price, package details, and availability at Detectors Shop.