≤100kg Customizable State-of-the-Art Airfield and Wildlife Detection Radar with Automatic Moving Target Detection
Model NO. | AZ5812A09 |
Operating frequency | X Band |
Detection range and scanning method | Yes |
Detection range | ≤40MHz |
system | Digital multibeam |
Beam scanning mode | Pitch electronic scanning Azimuth mechanical scanning |
Antenna transmit peak power | <1600W |
Average power of whole machine | <1200W |
Detection power | ≥15km (RCS=0.01) |
Minimum detection altitude | 10m |
Deployment time | ≤10minutes |
Put away time | ≤10minutes |
Distance blind zone | ≤150m |
Azimuth range | 360° |
Pitch range | 30° |
Measuring range | 0.5~150m/s |
Range accuracy | 5m |
Azimuth accuracy | 0.3° |
Pitch accuracy | 0.3° |
weight | Total: 100kg |
Radar host size | 950mm*750mm*150mm |
1) The radar output is your guide to mastery, directing the identification, verification, and management of optoelectronic systems, among others. It elevates your operational capacity across various platforms.
2) Harness the power of self-reliance with autonomous search and automatic tracking conversion. Enjoy the luxury of fully automated, unmanned operations, perfect for conventional background environments.
1) 360 ° Global Low Altitude Monitoring and Detection:
Harness the power of comprehensive 360 ° global surveillance with our radar's remarkable monitoring mode. Effortlessly sweeping the skies, the radar meticulously scans the entire airspace, identifying airborne threats like drones and balloons. It tracks these targets, meticulously building navigational data, while precisely measuring critical parameters such as distance, angle, altitude, and speed. All this information is promptly relayed to the command terminal, ensuring timely and informed decisions with unmatched efficiency.
2) Precision Target Tracking: Once the radar locks onto a target, it seamlessly transitions into a dedicated tracking mode, maintaining a sharp and precise focus on the target of interest. With an impressive data rate of 1 second, it ensures ceaseless and accurate observation.
3) Guided System Integration: The radar's output serves as a strategic guide, directing the identification, confirmation, and operational handling of optoelectronic systems and other correlated technologies.