"uav detection systems"
Hood Type Vehicle Mounted Jammer Signal Jammers For Cars 28V DC 1100W Drone Detection System
WS26 Roof-Mounted UAV Jamming Device Professional anti-drone protection system featuring omnidirectional and directional interference capabilities. Customizable for 8-14 frequency bands. Eight-Channel UAV Jammer Specifications Hood-type fiberglass large pot cover vehicle-mounted design Technical Parameters Serial Number Project Operating Frequency Output Power Remark 1 Channel 1 220MHz350MHz 47dBm (50W) Frequency can be customized Channel 2 350MHz470MHz 47dBm (50W)
Advanced Anti Drone System 70-6000MHz 500-1200 Watt Drone Defense System
TQ05 UAV Detection and Defense System Advanced anti-drone system designed for detecting and neutralizing unauthorized UAV threats across multiple frequency bands. Technical Specifications Serial Number Project Operating Frequency Output Power 1 Channel 1 220MHz350MHz 47dBm (50W) Channel 2 350MHz470MHz 47dBm (50W) Channel 3 470MHz600MHz 47dBm (50W) Channel 4 600MHz to 730MHz 47dBm (50W) Channel 5 730MHz910MHz 47dBm (50W) Channel 6 910MHz1100MHz 47dBm (50W) Channel 7
CH03 Portable Drone Detector 300MHz‑6200MHz Dual Antenna Multi‑Channel Sound‑Light Alarm
Portable Broadband Drone Detector 300MHz-6200MHz Dual antenna multi-channel passive UAV detection system with sound-light alarm, log export, multi-language support, and Type-C upgrade. Capable of detecting DJI, Daotong, and other rotary wing drones using OFDM high-definition image transmission, as well as various DIY drones using analog image transmission signals. Key Features Dual antennas and multi-channel simultaneous scanning Fast detection speed with high sensitivity
HB08 Back-mounted Drone Spoofing Device with 1–10 km Deception Radius, GPS BDS GLONASS Reception, and ≤2 Seconds Intervention Time
HB08 Back-mounted Drone Detection Navigation Spoofing Device The HB08 Back-mounted Plastic UAV Detection and Spoofing Device features professional drone navigation deception capabilities. Its deception module emits simulated navigation signals to interfere with drone communication links, causing target drones to deviate from their flight paths or execute erroneous commands, enabling efficient active airspace defense. Functional Characteristics Supports long-distance
