Long-Range Perimeter Surveillance Radar
EO and IR Surveillance Radar
Border Surveillance Systems
Long Range Ground Surveillance Radar
Is a ground surveillance radar of Ku band, solid state and all coherent pulse Doppler system. It can carry on detection, recognition, distinguishing, positioning and track formation of moving targets, applicable to monitor roads, oil pipelines, ports, borders, and other places, and also able to be used as intrusion warning in important places. It can detect vehicles, low altitude helicopters, ships or other targets getting close to the warning areas.
Long Range Ground Surveillance Radar
All solid state, all coherent, digital pulse compression system, which can detect extremely slow-moving targets, Excellent anti‐active and passive jamming performance.
Multi‐target display, track while scan.3D map display and can receive various manual intervention commands; Good data transmission, remote control, and audio warning function; Historical data can be played back and analyzed. With high-capacity battery and low power circuit, can work in battlefield for a long time; Backpack or vehicle mounted, easy to operate, quick set‐up and high mobility
Specifications BCS LRR2
Frequency Band: | Ku |
Work Mode: | Pulse Doppler Detection Distance: (Pd=0, Pfa=10‐6) |
Armed Men 4 km (Σ=0.7m2) | |
Small Vehicles 6km (Σ=2m2) | |
Large Vehicles: | 10km (Σ=10m2) |
Antenna Scan Angle: | 0 ‐ 360° |
Rotating Scanning Speed: | Low/Medium/High, Adjustable |
Antenna Index: | Gain >30 db |
Azimuth Plane: | <2o Amplitude 45o |
Sidelobe Level: | <‐25 db |
Radial Velocity Target: | 3‐72 km/H Range Scope 240 mtrs To 15 km |
Azimuth Angle Accuracy: | <0.5o |
Distance Resolution: | <8 mtrs |
Azimuth Resolution: | <2o MTBF: >2000hr |
MTTR: | <30 min |
Erect And Roll‐Up Time: | <1 min |
Continuous Work Time: | >7hr Power |
Consumption: | <80 w |
Transmitted Power: | 2 w |
Weight (Excl. Battery): | <25 kg |
Applications:
Border guard, SWAT surveillance, anti‐terror and anti-riot, port guard and battlefield surveillance. Once needed, multiple radars can form a circular network for wider range monitoring.