Ground Penetrating Radar (GPR)

GEO EXAMINER 3D is world's first tablet PC-operated imaging device, combining 3 treasure hunting methods: resistivity probing, magnetometer & metal detector. Unlock an advanced gold finder & 3D real-time imaging radar with a single device!.

QUATROFORCE outperforms rivals: more power, smart hi-tech microprocessor analyser with color LCD and audio alarm, Ground Adjust setting to reject false gold readings, Automatic Test Probe Push Buttons, Target Dummy Loads for Gold & Iron for function check, laser-cut stainless steel in waterproof carry case.

GEOSENSIS X3: Collapsible round coils for easy storage. Enhanced depth & coverage with larger round coils. Compatible with ICON DATA for visuals & data capture. Kit version includes cable coil & pinpointer.

Discover the OKM Gepard GPR 3D - a powerful ground penetrating radar for archaeology, geotechnical engineering, and treasure hunting. With a depth range of up to 40m, detect underground objects like pipelines, tunnels, and foundations. Experience 2D/3D visualization, live stream mode, and wireless data transfer. Unleash your exploration potential today!

The KS 800 metal detector has new software with many features. It can be used in geology, mining, archaeology and to locate historical sites, objects and spaces underground. It can sense regressive and water, metals and objects, and scan thick walls. Its advantages include: Continuous measurement, auto-saved data, 3D display, external storage, Voxler loading, Internet connection and surface search. The device consists of antenna, battery, trolley, touchpad, 2D/3D software, USB and 16KB buffer memory. Its dimensions: 26cm (without chassis)/1.25cm (with chassis), 43cm wide, 63cm long. The FMCW ground radar offers a single antenna for all depth ranges.

The KS700 is for cavity location. It includes an electronic control unit, shielded antenna, power supply, data visualization software and 2D/3D software. Applications include archeology, contamination investigation, underground exploration, risk exclusion and old tunnel/room location. It uses FMCW radar, locating up to 40m in solid rock and 60m in limestone (for wide, high WWII tunnels).