Fixed vehicle-mounted anti-drone electro-optical radar detection system

This fixed, vehicle-mounted anti-UAV electro-optical radar detection system employs advanced electro-optical and radar fusion technology, enabling efficient monitoring of aerial UAVs in all weather conditions. Whether day or night, in clear weather or complex weather conditions such as rain or snow, the system achieves stable detection and provides real-time early warning information. Through the combination of electro-optical imaging and radar tracking, it can quickly identify the flight trajectories of various UAVs, providing reliable protection.

The system achieves high-precision positioning of aerial targets through electro-optical radar fusion algorithms, accurately acquiring the three-dimensional coordinates and flight speed of UAVs. The radar has a wide coverage area, combined with a high-speed rotating gimbal, ensuring blind-spot-free monitoring. Even in complex terrain environments, it guarantees continuous tracking, preventing any aerial threat from escaping monitoring. High-precision data provides a reliable basis for command and decision-making.

This system features a compact and robust design, facilitating installation on various vehicles, including specialized security vehicles and patrol vehicles. Its modular design simplifies the installation process, allowing for rapid mounting and deployment. Lightweight and shock-resistant design ensures system stability and reliability during vehicle movement, enabling mobile deployment without additional modifications.

The system boasts intelligent data upload capabilities, transmitting detection information to the cloud in real time for analysis and storage. Through cloud-based big data processing and artificial intelligence algorithms, it enables drone flight trajectory prediction, threat level assessment, and historical data retrieval. Users can view the analysis results in real time via computer or mobile device, achieving remote monitoring and decision support, significantly improving the efficiency of counter-drone management.