Alerion’s 48Tx × 48Rx architecture and 2,304 virtual channels produce 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, Alerion 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.
Alerion’s compact, SWaP-C optimized architecture supports fixed sites, mobile units, vehicles, temporary installations, and distributed perimeters.
Its solid-state design has no moving parts, supporting rugged vehicle and on-the-move deployment without mechanical scanning or field maintenance.
Built on Arbe’s production-proven automotive radar stack, Alerion brings automotive-grade hardware, software, and supply-chain readiness to scalable C-UAS deployment.
Alerion 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, C2 integration, and complementary sensors, helping point EO/IR sensors and effectors at a tighter volume for faster positive identification.
Alerion’s high-resolution sensing can also detect relevant ground-level movement, supporting broader awareness around protected assets.
Modular 120°– 360° configurations support focused or layered coverage 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.
