A multi-layered, multi-sensor counter-UAS system that detects, identifies and disrupts unmanned aerial threats, deployable by dismounted and forward-operating elements.
The system scans the 400 MHz to 6 GHz spectrum for the control link between a UAV and its ground control station, determines the bearing through direction-finding antennas, and disrupts the control link and GNSS navigation simultaneously. Detected tracks are fused into a unified tactical picture, including swarms and customised drones outside the threat library.
Each subsystem is tripod-mounted and man-portable, and deploys with dismounted and forward-operating elements.
RFDD
Monitors the 400 MHz to 6 GHz spectrum to identify drone activity by detecting radio communications between UAVs and their ground control stations. Direction-finding antennas determine the bearing of detected drones using correlative interferometry and digital beamforming.
DFCC
Consolidates inputs from the integrated detection systems and applies classification algorithms to create a unified tactical picture. Operators designate monitored areas, threat boundaries and identification zones, with spectrum analysis and waterfall visualisation of detected emissions.
DRFJ
Disrupts communications between the drone and its ground control station by targeting ISM bands, identified frequencies within the 400 MHz to 6 GHz range and GNSS signals simultaneously. Jamming waveforms are generated automatically from frequencies identified by the RFDD; manual configuration is also supported.
Configured to move with forward-deployed units, across terrain that will not take a vehicle.
Complete technical detail for the system and its three subsystems, delivered to WhatsApp or email.
