A practical checklist for low-altitude radar site surveys, including protected zones, obstacles, clutter, installation …
Radar-led low-altitude security systems for drone detection, perimeter intrusion awareness, airport-area monitoring, energy facilities, data centers, borders, coastlines, and major-event protection.
Single-radar deployment options across X and Ku bands, built for drone detection, perimeter surveillance, target tracking, and integration with command platforms.
Six reasons security integrators choose our radar systems for critical infrastructure.
X-band and Ku-band systems from 1.5 km to 10 km, covering every mission profile and deployment environment.
Intelligent clutter suppression and AI target classification for accurate, reliable threat identification in cluttered environments.
Elevation, detection range, update rate, and operating mode are all adjustable via software with no hardware changes required.
Operates reliably in rain, fog, dust, and extreme temperatures. Rated IP66 for continuous outdoor deployment.
X and Ku band operation gives integrators flexibility to match regulatory requirements across different deployment regions.
Compatible with most EO/IR cameras, RF spectrum monitors, and C2 platforms via standard APIs and protocols.
Our radar systems protect critical assets across multiple industries and operating environments.
Securing nuclear power plants, oil refineries, fuel storage depots, and high-voltage substations against drone-based surveillance and physical attack.
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Protecting approach corridors, runway clearance zones, and terminal airspace from unauthorized drone incursions that endanger flight operations.
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Shielding government buildings, data centres, and telecommunications hubs from aerial surveillance, signal interception, and drone-delivered payloads.
Learn MoreCompany announcements, radar technology articles, and low-altitude security knowledge from Counter UAV Radar.
A practical checklist for low-altitude radar site surveys, including protected zones, obstacles, clutter, installation …
Learn how to choose a counter-UAS radar installation site based on line of sight, obstacles, height, protected zones, …
A practical explanation of how counter-UAS radar distinguishes drones from birds using tracks, speed, altitude, RCS, …
Share your protected site, detection range, terrain, integration requirements, and export destination. Our team will help match the Cyrentis CR radar configuration and documentation path.