High-precision Anti Drone System with Modular Design and Passive Detection for UAV Defense

This system employs a modular chassis and various mounting supports, enabling wall, pole, vehicle, portable tripod, and rack mounting. This allows for rapid layout adjustments based on site power supply, obstructions, field of fire, and operational requirements. Standardized interfaces and quick-plug design between modules allow for component replacement or functional expansion within minutes on-site, meeting both fixed deployment and temporary control needs.

The system has a built-in expandable spectrum management module covering low-frequency navigation, civilian/commercial remote control, image transmission, and LTE/5G compatible bands. Through programmable RF links and dynamic spectrum scanning, it supports simultaneous concurrent interference or selective suppression of multiple bands. Combined with signal fingerprinting, targeted interference can be achieved, minimizing the risk of false alarms and accidental damage, ensuring comprehensive countermeasures against various civilian and commercial drones.

To ensure long-term high-load operation, the system employs a hybrid air-cooling and liquid-cooling heat dissipation solution: key RF and power modules are equipped with liquid-cooled cold plates and heat exchangers, while control units and secondary modules utilize high-efficiency heat dissipation ducts and intelligent temperature-controlled fans. Temperature monitoring and load scheduling enable thermal priority management, ensuring stable performance, extended lifespan, and low failure rate under high ambient temperatures and continuous combat conditions.

This platform supports establishing real-time link monitoring (passive/active identification) with target UAVs and enables remote command issuance and situational awareness feedback through a secure, certified command and control interface. Combined with high-precision tracking and situational assessment, it can selectively implement soft suppression (communication/navigation jamming), deception, capture (in conjunction with net capture devices), or targeted destruction under legal and mission authorization. The system also supports linkage with higher-level C2 systems, meeting the real-time collaboration needs of joint operations and law enforcement scenarios.