Simultaneous detection of signals from over 200 drones using radar detectors

This radar detector features a built-in high-precision GPS module, enabling automatic positioning of drone signals. Upon detecting a drone signal, the device quickly acquires its latitude and longitude coordinates and displays them on a map in real time, allowing operators to immediately grasp the drone's location. Simultaneously, the GPS function records the drone's flight path, providing reliable data support for subsequent analysis and safety management. Whether in open outdoor areas or complex urban environments, this system maintains high-precision positioning, ensuring the timeliness and accuracy of monitoring.

This radar detector can simultaneously track over 200 drones. Regardless of the number of drones or their flight speed, the system can accurately capture the signal of each target within milliseconds, achieving real-time monitoring. Through a multi-target locking algorithm, the device can distinguish various drone models, automatically update flight trajectories, and generate a visual monitoring interface, allowing operators to easily manage large-scale drone swarms even in complex environments.

The system supports user-defined defense zone boundaries, allowing arbitrary polygonal areas to be drawn on the map as monitoring ranges. Once a drone enters the designated defense zone, the radar will immediately issue an alarm and display the intruding drone's real-time location. This flexible defense zone setting is suitable for industrial parks, airports, critical facilities, and key urban areas, greatly improving the accuracy and operability of drone control.

The device supports cloud data synchronization. All monitoring data can be uploaded to the cloud server in real time, ensuring data security and facilitating long-term storage. Operators can view real-time monitoring, historical trajectories, and analysis reports through a remote management platform, achieving unified management across regions and multiple terminals. The cloud analysis function can also generate drone activity heatmaps, flight path statistics, and abnormal behavior reports, providing a scientific basis for security decisions.