Fixed low-altitude safe unmanned aerial vehicle detection system

The fixed low-altitude security UAV detection system adopts an architecture combining distributed deployment and high-performance detection units, enabling continuous coverage of large protected areas in complex terrain and diverse environments. Through multi-sensor fusion and intelligent networking technology, the system effectively extends the monitoring radius of individual devices, achieving three-dimensional protection from key targets to surrounding buffer zones. Whether in urban core areas, industrial parks, airport perimeters, border defense locations, or energy facilities, the system can be flexibly configured according to actual needs, forming a stable and reliable low-altitude security protection network, significantly improving the overall low-altitude situational awareness capability of the area.

Equipment Availability: ≥99.9%, capable of long-term operation without failure.

The system has been deeply optimized to address the safety hazard of low-altitude "black flight" UAVs. Through comprehensive analysis of UAV communication signals, flight characteristics, and behavioral patterns, it achieves high-precision identification and classification. Even in complex electromagnetic environments with numerous interference sources, the system can accurately distinguish between legitimate aircraft and unauthorized intrusion targets, avoiding false alarms and missed detections. Leveraging a continuously updated feature database and intelligent learning capabilities, the system can quickly adapt to new UAV models and abnormal flight behaviors, providing management departments with reliable and traceable early warning information.

This fixed low-altitude security UAV detection system is designed for long-term, stable protection tasks, featuring high reliability and low maintenance costs. The system supports 24/7 uninterrupted operation, automatically completing target detection, identification, recording, and alarm functions without requiring on-site personnel. Through remote monitoring and a centralized management platform, maintenance personnel can monitor the system's operational status in real time, significantly reducing manpower investment, making it particularly suitable for the routine low-altitude security protection needs of important locations.

The system features an intuitive and simple human-machine interface with clear operating logic and hierarchical information display, allowing even non-professionals to quickly learn how to use it. The interface supports switching between multiple languages, including Chinese and English, to meet the needs of different regions and international applications. Through visual maps, real-time alarm prompts, and historical data query functions, users can efficiently grasp the low-altitude safety situation, providing strong support for decision-making and response.