GROUND PENETRATING RADAR — APPLICATION GUIDE

Application Background

Ground Penetrating Radar (GPR) is a non-destructive geophysical method that uses electromagnetic pulses to image the subsurface. By transmitting high-frequency radio waves into the ground and measuring the reflections caused by buried objects, voids, or geological variations, GPR provides critical insights for engineering, archaeology, and utility mapping.

Achieving accurate results requires sophisticated hardware capable of maintaining stable survey paths and precise data geotagging. Whether operating in aerial drone-based configurations or traditional surface-based modes, GPR systems must process high-resolution signal data in real-time to ensure spatial accuracy and depth penetration.

Our Catalog Offers

XDTECH provides an end-to-end ecosystem for both airborne and terrestrial GPR missions, ranging from flight-ready integration hardware to specialized antenna sets.

• Skyhub On-board Computer Hardware (XDT-ASSKYHUB3) and Skyhub Software Package For Gpr (XDT-ASSW-SKYHUB-GPR) for seamless drone integration.
• Aerial GPR systems including the Radar Systems Zond Aero Lf, Zond Aero 1000 "ng", Zond Aero 500 "ng", and Radarteam Cobra series (CBD and Plug-in models).
• Specialized accessories such as the Radar Systems 50MHz Antenna for Zond Aero Lf and the Zond Aero Lf Terrestrial Survey Kit.
• High-precision positioning via the Radar Systems zBELL RTK GNSS Receiver.

Product Differentiators

• High-Performance Integration: The Skyhub hardware and software ecosystem enables automated data logging and geotagging, specifically designed to bridge the gap between complex industrial sensors and drone platforms like the DJI M300/M350 RTK.
• Universal Versatility: Our catalog supports both aerial and terrestrial applications through systems like the Zond Aero "ng" series, which features Real-Time Sampling (RTS) technology and advanced digital signal processing to ensure high-quality data collection across varied environments.
• Application Specificity: We provide targeted solutions including bi-static terrestrial survey kits and modular antenna options (such as the 50MHz dipole set) to ensure that specific depth and frequency requirements can be met for specialized surveying tasks.