With 48Tx × 48Rx architecture and 2,304 virtual channels, Arbe’s radar technology produces the spatial detail needed to separate small aerial targets – including FPV, mini, autonomous and fiber-optic drones – from nearby objects and reduce false alarms.
Because detection is based on physical radar returns, Arbe does not depend on an active command-and-control RF link, providing an important sensing layer for autonomous, fiber-optic, and other RF-silent drones.
Arbe’s compact, SWaP-C optimized architecture supports fixed sites, mobile units, vehicles, temporary installations, and distributed perimeters.
Solid-state radar with no moving parts, suppors rugged vehicle and on-the-move deployment without mechanical scanning, minimizing field maintenance.
Arbe brings a production-proven automotive radar stack and supply-chain readiness to scalable C-UAS deployment.
Arbe radar generates dense 4D radar data across range, azimuth, elevation, and Doppler for tracking, clustering, classification, and false-target filtering.
Structured outputs support precise slew-to-cue, sensor fusion, and C2 integration, helping point EO/IR sensors and effectors at a tighter volume for faster positive identification.
Arbe’s ultra-high-resolution radar sensing can also detect relevant ground-level movement, supporting broader awareness around protected assets.
Flexible coverage configurations support focused or layered sensing across critical infrastructure, borders, military bases, and other secured facilities.
Connect with our team to learn how Alerion can strengthen counter-drone detection across mission-critical operations.
