Vehicle-mounted anti-drone swarm electro-optical radar detection and defense

The vehicle-mounted anti-drone system is equipped with advanced electro-optical radar, enabling simultaneous detection and tracking of drone swarms. Through high-speed optical sensors and radar fusion technology, the system can simultaneously identify multiple drone targets in complex environments, accurately acquiring their flight trajectories, speeds, and altitudes. Whether it's a low-altitude, slow-moving reconnaissance aircraft or a high-speed micro-drone, the system can achieve real-time detection, providing first-hand data support for defense and countermeasures. The combination of electro-optical radar and intelligent algorithms minimizes detection errors and improves the system's response capability in complex multi-target situations.

The system supports 24/7 continuous automatic cruise monitoring and is adaptable to both day and night environments. The combination of photoelectric sensors and infrared thermal imaging enables efficient detection even in complex weather conditions such as nighttime, fog, haze, rain, and snow. Simultaneously, the system incorporates an intelligent cruise algorithm that automatically scans preset defense zones, achieving unattended continuous monitoring and ensuring timely detection and location of drone threats, thereby significantly improving defense efficiency and area security.

This system highly integrates detection and countermeasures functions into a single vehicle platform, achieving integrated "detection-tracking-countermeasures" operations. The vehicle is equipped with high-performance photoelectric radar and anti-drone equipment such as electronic jamming and signal blocking devices, allowing the system to immediately take jamming or control measures after target detection to suppress drone intrusion or sabotage missions. Furthermore, the modular design facilitates system deployment and maintenance, ensuring rapid mobility and applicability to multiple scenarios.

The system can simultaneously locate drones and their operators. Through photoelectric radar and wireless signal analysis technology, it can accurately pinpoint the drone's flight location and the source of the pilot's operation, achieving "air-ground collaborative" monitoring. Location information can be transmitted to the command terminal in real time, supporting multi-vehicle collaborative operations and facilitating rapid deployment for interception or warning. This function not only ensures defense security but also assists law enforcement and regional airspace management, improving the level of drone safety management.