Low Altitude Slow Small Target Defense System AUAV-Vehicular
The product detection system adopts modular design (you can choose the detection system freely), mainstream frequency band detection and interference (covering mainstream radio communication frequency band), and the use of standard 220V city power, without power equipment. The product assembly is simple, convenient to pick and place, and can be designed in different scenarios according to different customers to ensure the best performance. In addition, the product conforms to ergonomic design and is easy to operate. Users can choose unattended mode or manual mode control mode. The transmission power can also be adjusted, the interference distance is 1000~1200 meters, the hit rate is high, and the interference can be detected at 360 degrees without precise aiming. It can also adapt to complex weather, including haze, mist, and strong winds below level 6.
Specifications
Detection parameters
Radio detection:
Working frequency: 100kHz~40GHz
Direction sensitivity: ≥15dBμV/m
Direction-finding accuracy: ≤2° (RMS)
Radar detection:
Working frequency: Ku BandØ
Discovery probability: Pd=0.8, false alarm rate: Pfa=10-6, reflective surface: 0.01m2, detection distance: 2km.
Antenna fan sweep range: 0°~360°
Target radial speed: 3km/h~72km/h
Minimum detection distance: ≥200m
Distance accuracy: ≤15m
Azimuthal accuracy: ≤0.5°
Distance resolution: ≤15m
Azimuth resolution: ≤2°
RF power: 10W
Photoelectric detection:
Detection distance: ≥1KM
Distance resolution: ≤15m
Azimuth resolution ≤1°
Interference parameters
Transmit power: MAX 10W, third gear adjustable
Effective distance: 1000~1200 meters
Interference mode: unmanned aerial vehicle departure/unmanned aerial vehicle (can be choosen)
Weight: 100kg
Operate temperature: 20-55 (degrees celsius)
Optional models: Iveco, Prado
Application Techniques
1.Application of IMU in UAV Flight Control System
2.Application of Quartz Accelerometer in UAV and Positioning System
3.How to apply MEMS sensor in Oil & GasᅵAerospaceᅵAHRSᅵUAV?
6.The Theory of Anti-UAV Defence System