Vehicle-mounted mobile anti-drone detection and strike integrated defense

The integrated vehicle-mounted anti-drone detection and strike system adopts a highly mobile vehicle chassis integrated design, highly integrating multiple functional modules such as radar detection, electro-optical reconnaissance, radio frequency detection, and electronic suppression onto a single platform. The system possesses rapid mobility and deployment capabilities, and can complete deployment and enter operational status within minutes of arriving at the mission area. Relying on 360° omnidirectional low-altitude perception capabilities, it achieves continuous monitoring and tracking of low-altitude, slow-moving, small targets, and can perform real-time target identification and jamming suppression, constructing an integrated airspace protection system.

The system adopts a modular, plug-and-play architecture, allowing each functional unit to be independently upgraded and quickly replaced. This includes flexible expansion of radar, optoelectronic, and electronic countermeasures modules. At the software level, it supports remote algorithm upgrades and functional iterations, enabling rapid reconfiguration of combat capabilities according to different mission requirements, achieving continuous evolution and customized configuration from detection to strike capabilities.

Multiple vehicles can interconnect via dedicated networks and data links, forming a distributed mobile defense network. Each node shares target information, enabling cross-regional collaborative detection and multi-point cross-location, improving the overall identification and strike efficiency against swarms of UAVs and targets in complex airspace, thereby constructing a dynamic and scalable low-altitude defense system.

The entire vehicle system adopts a high-level protective structure design, with key equipment meeting IP65 or higher protection standards, adaptable to sandstorms, heavy rain, high humidity, and complex terrain environments. The structure is designed to withstand earthquakes and extreme temperatures, ensuring stable operation of equipment under long-term field deployment conditions and improving all-weather operational reliability and environmental adaptability.