Fixed anti-drone detection, deception and multi-target interception

Designed for government and military bases, airports, energy facilities, border crossings, and areas hosting major events, this fixed anti-drone defense system provides all-weather drone threat detection and response capabilities. Utilizing 360° panoramic scanning technology, the system can monitor low-altitude airspace within its radius in real time, identifying, locating, and tracking multiple illegal drones. Regardless of whether the target is using remote control, automatic flight path, or GPS navigation, the system can accurately detect and classify it. Combining millimeter-wave radar, photoelectric identification, radio spectrum analysis, and data fusion algorithms, this fixed anti-drone defense system can quickly identify drone models, trajectories, flight speeds, and threat levels, achieving a closed-loop response from detection to identification, interference, and interception. The system features automated operation and remote control capabilities, enabling it to automatically complete alarm, threat tracking, and intelligent response without human intervention, ensuring critical areas are protected from drone reconnaissance, photography, deployment, or attack activities.

The system incorporates advanced anti-spoofing algorithms, effectively identifying and blocking GPS spoofing signals and simulated navigation interference signals from multiple frequency bands, preventing hostile UAVs from using electronic warfare to evade detection or mislead the system's positioning. Simultaneously, the fixed anti-UAV defense system possesses anti-jamming capabilities, maintaining stable operation even in strong electronic suppression, multi-signal conflict, or complex electromagnetic environments. Through an AI decision engine and digital radio frequency link analysis, the system supports intelligent message decoding and automatic identification of abnormal radio behavior, significantly improving reliability in military operational zones, cyber warfare environments, or electromagnetic attack environments. Whether the target attempts to conceal its identity, block control signals, or uses FPV-type drones without image transmission for penetration, the system can still identify and implement multi-layered countermeasures.

The system adopts an industrial-grade weather-resistant design, enabling continuous operation in extreme weather conditions, including high and low temperatures, rain, snow, sandstorms, and salt spray environments. A fully enclosed electronic structure combined with an intelligent temperature control system ensures stable performance of internal core modules such as radar, radio frequency arrays, and optoelectronic systems under long-term, high-intensity missions. The system supports an unattended architecture, allowing for automatic firmware upgrades, self-diagnosis, fault reporting, and operational record analysis via a remote backend. It also supports UPS backup power and multi-energy redundancy configurations, ensuring continuous operation even during power outages and preventing downtime in critical areas. Whether used for border defense, volatile regions, or important facilities, it can achieve long-term, stable, and continuous drone deterrence and interception protection.

For high-risk airspace such as military core areas, airport restricted areas, power plants, government agencies, major sporting event venues, or strategically important areas, this fixed anti-drone system possesses intelligent area control capabilities. It can set dynamic response strategies according to different airspace levels, achieving tiered alerting. The system uses AI algorithms to acquire flight trajectory patterns, historical behavior data, and real-time communication characteristics, thereby distinguishing between friendly and hostile drones and achieving "identification-based countermeasures" rather than indiscriminate interference. When a target is determined to be a threat, the system can automatically implement deception, hijacking, landing, or targeted interception, and can cooperate with hard-shot systems to carry out final disposal. Through high-precision area defense strategies, the system ensures rapid, professional, and controllable low-altitude security in sensitive airspaces even without unmanned intervention.