Impluse Radar’s CrossOver Series

Impulse Radar’s CrossOver Series

Powerful GPR for the Professional Geo-Community

The Impulse Radar’s CrossOver Series is a highly adaptable ground penetrating radar solution designed specifically for the needs of professional geo-surveyors.
Each system in the series supports full-speed operations, whether pulled or pushed manually, via carts, or by vehicle.
To ensure comprehensive coverage, it offers six different frequencies ranging from 70 MHz to 800 MHz, addressing varied ground conditions effectively.
Therefore, from shallow surveys to deep subsurface analysis, CrossOver provides excellent versatility and performance in a single compact system.

Dual-Channel Antennas with Real-Time Technology

All CrossOver units feature a true dual-frequency antenna, which is equipped with integrated GPS and smart control electronics.
These antennas are designed to deliver real-time sampling, improving both depth penetration and bandwidth significantly in the field.
Additionally, users can easily manage the system via Android tablets, thanks to a seamless wireless interface that ensures smooth operation.
With no dependency on wired connections, the setup remains simple, clean, and efficient, especially in fast-paced field environments.

Model Variants for Tailored Applications

Depending on your subsurface target and survey depth, three unique CrossOver models are available with optimized frequency sets.

• CO4080 operates at 400 MHz and 800 MHz, offering exceptional resolution for shallow to mid-depth investigations.

• CO1760 provides a 170 MHz and 600 MHz dual-band setup, striking a perfect balance between clarity and depth.

• CO730, the deepest-penetrating model, delivers 70 MHz and 300 MHz frequencies for reaching buried structures at great depths.
  Each model comes with an inbuilt GPS unit, ensuring accurate geolocation and data referencing during every scan.

Field-Ready Design and Long Battery Life

Designed for rugged environments, CrossOver ensures up to 7 hours of uninterrupted operation on a single charge.
Moreover, its low power consumption minimizes field interruptions and extends productivity throughout a full workday.
This makes it especially useful for large-area scans where consistent performance is required from start to finish.