Geoground Gold Vision Long Range Metal Detector

6 Search Systems with Different Technologies

1 – 3D Ground Scan System

3D Ground Scan system is a new and distinctive addition to the Gold Vision device.

This system works with the built-in ground scanning technology through the Smart Sensor probe that is used to measure changes in magnetic fields resulting from metallic targets or underground voids.

The signals received by the device enhanced by a “Signal Booster Dish” that is installed on the front of the device.

The scanned data then transmitted via Bluetooth technology for modeling and visualization as a 3D graphics graph, and the search results displayed inside the device’s exclusive analysis application that can be installed on any smartphone or tablet that supports Android system.

Geoground developed and programmed this application, which provides the user with multiple visual tools to analyze the 3D drawing and visually determine the type, shape, size and depth of any potential targets within the ground scan area.

2 – Long Range System

Geoground developed long-range scan system in the Gold Vision device with a new and unique technology to ensure the detection of deep metal objects and buried treasures from long distances.

With many search options customized for this system, such as choosing the type of soil to search in, the type of target to be detected, scan range distance, and more options.

Where the device works on programming the search process based on the selected options that were set in the system settings, in order to obtain more accurate and valid results during the search process.

3 – Free Mode System

Free Mode system in the Gold Vision device is similar to the principle of operation and technology found in the long-range system.

However here in this system we can specify an accurate value for the required search frequencies, to match a specific type of metal that we want to search for, in order to obtain more accuracy during search for specific minerals or specific targets.

In this system, the user, in addition to adjusting the system settings as in a long-range system (except for specifying the target type), determines the value of the required search frequency, according to the user’s choice and the type of metal specified by the user.

4 – Smart Depth System

Smart Depth system in the Gold Vision device is a unique system, through which the depth of targets buried underground can be calculated accurately largely, using a specific method.

This method includes the user’s movement starting from the “approximate target location” and in two different directions and waiting for the antennas to move more than 70 degrees each time, then the device will estimate the potential target depth value based on that.

Note: The “approximate target location” is determined using the squaring method, which involves drawing a small square with the target at the center of it, by doing an initial search through the four-way long-range scanning system and setting an imaginary line each time to form that square. To access more details about the search process in this system, please read the user manual.

5 – Ionic System

Ionic search system has been developed according to a completely new technology, which is the first of its kind in metal detectors, and represents a great improvement over the traditional system that existed before.

The new technology allows for a more accurate detection of ionic fields resulting from metallic targets buried underground, ensuring accurate signal reception and processing in the device.

Ionic fields emanating from potential targets are searched through the Smart Sensor, which is a search probe specially developed with new technology for accurate searching, and it is installed in a special port on the front side of the main unit of the device.

The Smart Sensor probe on its upper face includes LEDs whose light color changes according to the type and nature of the detected target.

During using Ionic system, the device will show two progress bars on screen.

The first at the top represent the signal strength coming from a metallic target such as gold or iron, and the second progress bar at the bottom shows us the signal strength resulting from an underground void such as a tunnel, grave or gap.

6 – Bionic System

Bionic system works in a similar way to ionic system, but with the difference that here ionic signals are captured from a specific metal object (sample object) , for example from a golden coin, then the search is directed towards capturing ionic signals similar to metal objects buried underground within the surrounding area.

This means that in the ionic search system, the search is random and free, but in the bionic system, the search is directed according to a specific target type based on predefined signals.

The type of metal to detect is determined in the surrounding area by directing the smart sensor towards a sample of the metal to be searched for, for example, a silver coin or a piece of gold.

The search screen, in the case of searching via the Bionic system, displays a circular indicator changing in green, and when the target signal is captured, the indicator turns red with an accompanying audible tone via the device’s built-in speaker.