UAV omnidirectional detection, direction finding, and positioning system

The UAV omnidirectional detection, direction finding, and positioning system employs advanced radio frequency sensing technology, enabling 360° all-weather monitoring of UAV signals within the target airspace. It supports rapid identification and alerting for various types of UAV targets, including common consumer-grade, industrial-grade, and racing drones. The system possesses high-sensitivity signal acquisition capabilities, effectively detecting illegally intruding UAVs in complex electromagnetic environments, achieving low-altitude security protection, and providing all-weather, three-dimensional airspace awareness capabilities for airports, industrial parks, border areas, and key facilities.

The system supports real-time dynamic trajectory tracking of target UAVs, continuously displaying key flight information such as flight path, speed, altitude, direction, and current position. Through intelligent algorithm analysis, the system can automatically lock onto and continuously track targets, maintaining stable tracking even when the target is maneuvering at high speed or briefly obscured, providing security command personnel with accurate real-time situational information.

The platform has complete historical trajectory storage and playback functions, automatically recording the entire drone flight process, including takeoff point, flight path, hovering area, and landing point. Users can quickly retrieve historical data by time, target number, or event type, providing reliable data support for event tracing, evidence preservation, and subsequent analysis.

Based on radio direction finding and multi-point positioning technology, the system can not only lock onto the drone's location but also simultaneously identify and quickly locate the pilot's area. Through multi-station collaborative analysis, precise calibration of the control source location can be achieved, helping security personnel quickly reach the scene, promptly handle illegal flight behavior, and significantly improve low-altitude security response efficiency.