300MHz~6GHz Anti-Drone Omnidirectional Precision Direction Finding

The 300MHz~6GHz anti-drone omnidirectional precision targeting system is specifically designed for specific areas, capable of detecting drone signals in all weather conditions and from all directions. This system employs a high-precision directional antenna array, enabling real-time monitoring of drone activity in the airspace, unaffected by day or night conditions or weather changes. Through a high-sensitivity receiver, the system can accurately detect the presence of drones and analyze their location and flight path, ensuring effective area surveillance. It is particularly suitable for military bases, important facilities, government office areas, and other locations, providing highly efficient security.

This anti-drone system supports a one-click blacklist/whitelist function. Users can manually or automatically mark specific drones or drone operators as "blacklisted" or "whitelisted" as needed. Drones on the blacklist will trigger an alarm immediately upon detection by the system, and will be located and tracked. Drones on the whitelist will be automatically identified and ignored by the system, ensuring that the system does not issue false alarms when operating efficiently. This function greatly improves the system's flexibility and practicality, meeting the customized requirements of different users with different security needs.

This anti-drone system can cover a wide frequency band from 300MHz to 6GHz, encompassing the communication frequencies of most drones currently on the market. Whether using traditional 2.4GHz and 5.8GHz bands, or more advanced L-band and C-band bands, the system can accurately detect and locate them. Through precise scanning of multiple frequency bands, it ensures that no drone activity in any frequency band is missed, providing strong technical support for security.

In addition to providing traditional alarm signals, this anti-drone system also integrates voice prompts, warning lights, and multi-dimensional warning prompts. When the system detects a potential drone threat, in addition to providing alerts via voice and flashing warning lights, it also uses a high-definition GIS map to locate the threat target in real time, providing an accurate image display of the threat. Users can understand the drone's flight path and current location through an intuitive map interface, facilitating rapid response and decision-making, and greatly enhancing the system's emergency response capabilities.