Vehicle-mounted anti-drone single-station positioning and defense system

The vehicle-mounted anti-drone single-station positioning and defense system is a comprehensive defense system integrating electronic warfare, physical capture, and interception. The system provides all-around protection against various civilian and commercial drones. In electronic jamming mode, the system can interfere with the drone's communication links and GPS signals, forcing the drone to return to its home or hover, thus preventing it from approaching important areas. In capture mode, the system is equipped with a specially designed net capture device that can accurately capture drones along their flight path, ensuring their safe landing without damaging the surrounding environment. In interception mode, the system can directly disable or force the drone to crash using a directional launcher or kinetic interceptor, thus completely eliminating the threat. This multi-mode defense strategy can achieve flexible and effective defense against drones of different types, sizes, and flight altitudes, greatly enhancing regional security capabilities.

This defense system is designed with mobility and rapid deployment capabilities in mind. Once the vehicle enters the designated defense zone, operators only need a short time for startup and calibration to enter operational status. The system's response time is less than a second; the entire process from detection to the issuance of the interception command is completed almost in real time. This highly efficient response capability ensures that the defense system can immediately take effect in the event of a sudden drone intrusion or unexpected threat, providing immediate protection for critical facilities and personnel. Furthermore, the modular design allows for easy switching between different vehicle platforms, supporting flexible deployment in various mission scenarios, significantly improving the range and efficiency of defense coverage.

The system is equipped with a built-in high-gain antenna, supporting 360° rotating scanning, enabling long-distance drone detection and monitoring. The high-gain design enhances signal reception capabilities, maintaining stable detection performance even in complex electromagnetic environments. Combined with a precise positioning algorithm, the system accurately acquires the drone's flight trajectory, speed, and orientation, providing precise data support for interception and jamming. Simultaneously, the antenna system supports integration with the vehicle platform, ensuring comprehensive monitoring capabilities in mobile defense mode and expanding the operational scope.

The vehicle-mounted anti-drone defense system features optimized power consumption control, employing low-power electronic components and an intelligent energy management system. Even during extended continuous operation, the system maintains stable operation, reducing the risk of downtime due to excessive energy consumption. The low-power design not only extends battery life but also reduces the overall energy burden on the vehicle, enabling the system to adapt to long-term protection missions, such as airport perimeter patrols, border patrols, or security for large events. Combined with an efficient cooling system and intelligent sleep strategy, the system maintains defensive effectiveness while achieving energy conservation and environmental protection, further improving operational sustainability and economy.