Fixed or vehicle-mounted drone swarm electro-optical radar detection

The fixed or vehicle-mounted UAV swarm electro-optical radar detection system employs deep fusion technology of radar and optoelectronic sensors to achieve all-weather, all-area, real-time monitoring. Radar can penetrate adverse weather conditions such as smoke, rain, and fog, while the optoelectronic system provides high-resolution video and image information, ensuring accurate target identification and tracking. The system can simultaneously detect low-altitude and high-speed UAVs, providing reliable data support for safety protection and airspace control.

• Radio Detection
• Radar Detection
• Electro-optical Tracking
• Spectrum Blocking
• Navigation Deception
• Multi-source Information Fusion Technology
• Digital Twin Technology
• High-Accuracy Detection and Identification
• Adaptive Algorithm Model
• Intelligent Decision Support System
• Real-time Monitoring and Rapid Response
• Cross-platform Information Sharing

The system has a built-in automatic log recording function, which can completely save radar detection data, optoelectronic video, and alarm information. All data is stored according to time, location, and target type, facilitating post-event analysis, event retrospection, and target behavior research. Combined with visualization software, statistical reports and trajectory maps can be quickly generated, improving the efficiency of airspace management and security decision-making.

The system supports fixed vehicle installation, facilitating rapid deployment in various locations. The vehicle serves as a mobile platform, enabling the installation and calibration of the radar and optoelectronic systems within minutes, achieving mobile monitoring. This design balances weight and stability, adapting to complex terrain and meeting the airspace monitoring needs of emergency security missions or temporary event locations.

The radar employs a high-performance scanning mechanism, achieving wide-angle coverage of 120° horizontally and 90° vertically, while also possessing multi-target tracking capabilities. Combined with intelligent algorithms, blind spots can be compensated in real time, reducing detection omissions caused by terrain or obstacles. Whether it's a low-altitude, slow-moving UAV or a high-speed transit target, the system can achieve continuous tracking and immediate alerts, significantly improving airspace security capabilities.