Operating conditions in the ground navigator gold detector

The 3D Ground Navigator includes three operating modes for various practical applications. The appropriate mode can be easily selected through the menu on the main unit of the device.

The operating modes of the device include the following modes:

1 – 3D Ground Scan Mode

It is the most powerful operating mode which is used to perform a true detailed 3D scan of a specific area within the search field

It can be set by the user, and the scan is performed via a super telescopic probe, which records the scan data for every point within this area.

Data can be transferred directly to the included tablet computer via the USB cable.

The survey data can be displayed directly on the screen of the tablet computer via the Visualizer 3D analytical software.

Which enables the user to know detailed visual information about the targets buried within this area, such as their type, size and depth.

Using this operating mode, you can discover all kinds of precious metals, buried gold treasures, ancient artifacts, as well as voids and tunnels … etc.

2 – Magnetometer Mode

The magnetic operation mode is used to detect underground magnetic metals, such as ferrous objects such as nails and nuts

And the lids of soda cans, iron scrap … etc.

Scanning is performed by a super telescopic probe, noting that this mode is only an audio mode, meaning it gives an audio alert only

When hovering over a magnetic metallic target and not including any visual representation on the computer.

The benefit of this mode is to quickly conduct a preliminary search for a specific area in order to remove ferrous scrap from the surface and avoid searching for worthless targets.

 

 

 

3 – Pin Pointer Mode

This operating mode is useful for distinguishing between different types of underground metal targets.

Like magnetic metals, precious metals such as gold, and voids such as tunnels, it is used with a tablet computer.

Scanning is also performed using a super telescopic probe, where when it passes over a target it will display a signal

In the form of a graph on the screen of the tablet computer (within the analytical program),

Depending on the signal amplitude and color, it is easy to know the type of buried target

For example: if the amplitude is positive and the color of the chart is of red hues, then the target is a precious metal such as gold, for example

The following pictures better illustrate the previous idea:

Indication of a precious metal object such as gold or silver

Referring to a non-precious metal object such as iron

Signal non-metallic object

Telescopic Super Sensor with improved version and new design

The 3D Ground Navigator gold detector includes a special sensor for measuring and surveying.

It is the super telescopic probe, which includes the latest advanced technology from the German company OKM.

The sensor is used to survey and measure in all three search modes, and by using the sensor with the previously mentioned modes, everything can be found underground.

From the smallest metal objects such as natural gold nuggets, old coins, rings and jewelry to the largest buried objects such as metal boxes

Treasure chests, historical tombs, tunnels and caves, at relatively great depths.

It is also very suitable for detecting larger objects such as boxes, tubes, gold or silver, and other metal blocks

Which are buried deep in the surface.

The new design is equipped with a super sensor equipped with a light field or ball of light called “LED Orbit”.

Equipped with a set of LEDs that light up in different colors. It can give an idea of ​​the measured values ​​according to the color that changes during the scanning process

For example, if the LEDs are red, then it is metal.

Tablet computer and 3D analysis software

The 3D Ground Navigator gold detector is included with a tablet / tablet / Windows 10 operating system.

It is used to display the scan data on its screen in the Visualizer 3D software installed.

The 3D analysis software Visualizer 3D is used to perform a detailed and in-depth analysis of the scan data collected by the telescopic probe during the scanning process.

Where the measured data is represented as a three-dimensional chart (a spatial representation), and the program user can know detailed information about the nature, type, depth and location of buried targets.

Within the search area, all within an easy-to-use visual interface.