RADROVER is an advanced radiation measurement system that, without human intervention, measures, analyzes, and securely transmits data on radiological and nuclear (gamma and neutron) threats in real time via advanced measurement systems integrated into a remotely controlled robot dog platform.
Thanks to its integrated 1024–4096-channel MCA structure, the system is capable of identifying various radioisotopes with high energy resolution. This enables not only dose rate measurement but also the detection of potential radiation sources.
RADROVER provides a safe and effective means of performing radiological and nuclear measurement processes in challenging and hazardous areas while minimizing personnel risk. With a minimum of 60 minutes of continuous operation, a swappable battery design, and modular equipment integration, it offers flexible use for long-term and repetitive missions.
With its integrated GPS positioning feature, it can mark locations where radiation hazards are detected geographically and generate map-based reports. Additionally, its integrated cameras record visual data to support measurement results. Thanks to its mechanical design suitable for challenging terrain and its obstacle detection sensors, it enables reliable scanning of complex and hazardous environments.
The radiation performance tests of the RADROVER system are conducted in ISO/IEC 17025 accredited laboratories in compliance with the IEC 60846-1, IEC 60532, and IEC 62327 standards.
