UAV Detection-Strike Integrated Series
Uniradar's UAV Detection-Strike Integrated Series merge detection, identification, and jamming, with core functions including spectrum sensing, protocol analysis, and pilot localization for precise neutralization of unauthorized drones. Available in handheld, fixed, and vehicle‑mounted forms, it supports event security, site protection, and border surveillance, delivering a closed‑loop "detect‑identify‑jam‑assess" defense.
FPV Drone Detection-Strike Integrated Series
Uniradar's FPV Drone Detection-Strike integrated series neutralize high‑speed, low‑altitude, and agile FPV drones via passive detection and precise jamming, quickly disrupting their video transmission to force loss of control. Featuring low power consumption, high sensitivity, and rapid response, the system supports fixed, vehicle‑mounted, and portable deployment for critical zones like airports, energy facilities, and major events.
UAV Detection Series
Uniradar's drone detection series leverage RF spectrum sensing and AI identification to enable long‑range, all‑weather, and full‑band detection and positioning. With capabilities including high‑accuracy direction finding, multi‑target tracking, and protocol analysis, the system supports whitelist/blacklist management and features a low false‑alarm rate. Suitable for fixed or mobile deployment, it is widely used in scenarios such as airport clearance zones, energy bases, and key government sites.
UAV Jamming Series
Uniradar's UAV jamming series emit directional or omnidirectional jamming signals to disrupt the remote control, video transmission, and navigation links of UAVs, forcing them to return, land, or hover. The equipment covers mainstream drone communication bands, responds rapidly, and deploys flexibly. It can integrate with detection systems to form a coordinated countermeasure capability, meeting both fixed-site and mobile deployment needs.
Integrated Defense Systems
Uniradar's integrated defense system combines RF detection, radar tracking, electro‑optical recognition, full‑band jamming, and navigation spoofing technologies to establish a multi‑layered intelligent low‑altitude protection system. With capabilities for multi‑source data fusion, AI‑based decision‑making, and automated countermeasures, it is designed for high‑value fixed sites such as airports, nuclear plants, and chemical facilities.