GEPARD GPR

GEPARD GPR 3D from OKM – Germany is a new type of 3D ground scanners with unique technology and powerful features and performance for all detection applications.

GEPARD GPR use a powerful ground penetrating radar technology that offer great scan depth range that may reach up to 40 meters underground. GEPARD GPR 3D with its features set, offer for the professional prospectors or even companies or organizations, many practical uses for the detection of underground objects like pipelines, cavities, cables, conduits, tunnels, bunkers and metals.

GEPARD GPR Device Applications

• Detection of underground walls, basements and concrete reinforcements.
• Detect buried pipelines, conduits and cable harnesses
• Detection of buried treasure chests, statues …
• Find hidden cavities, graves and sepulchers
• Detection of secret tunnels, bunkers and shelters
• Find water level and underground rivers and aquifers

Detection Technology
GEPARD GPR 3D is a ground penetrating radar that use an omnidirectional unshielded transmission system to reach maximum depths up to 40 meters (131 ft). The RADAR (Radio Detection and Ranging) of the Gerard GPR 3D sends a signal into the ground and awaits the reflection or echo of the signal to detect sub-surface anomalies. This technology uses a multiple transmission frequency range starting at 60 MHz up to 300 MHz which is realized by adjustable telescopic antennas. The device supports many automatic adjustments to optimize ground scans on specific soil types, which makes the handling of the Gepard ground radar very easy. The user just set required depth resolution and start the scan process easily.

Android App for Scanning Data Analysis
The agile and compact unit of GEPARD GPR 3D Gold Detectors can easily be operated by a single user via bundled Android Tablet PC. The measured data is immediately transferred to the tablet, the Android application receives the data wirelessly via WiFi technology and displays it directly on its screen. The analysis app offers the option of integrating a GPS signal or Google Maps, filtering automatically and entering notes for later recollection of specific scan details. Additionally, the automatic filtering option improves the results of scan and assists in finding hidden objects and structures more easily. Due to the integrated GPS all scan positions can be stored along with the scan data.