Fixed 300MHz~6000MHz anti-UAV omnidirectional detection system

One-Click Blacklisting/Whitelisting

This fixed 300MHz~6000MHz anti-drone omnidirectional detection system is equipped with intelligent management functions, supporting one-click blacklisting or whitelisting of target drones. The system can quickly identify unknown or known drones and prioritize them according to user settings. The user interface is simple and intuitive, allowing even non-professionals to easily classify and control targets, providing efficient support for drone security management in critical areas. Through the blacklist/whitelist function, users can control drone access permissions in real time, improving protection efficiency and reducing false alarm rates.

The system can accurately identify and classify the UAV's flight control link and image transmission link. The flight control link includes control signals between the remote controller and the drone, while the image transmission link involves video transmission signals from the drone's camera. By separating and analyzing these two types of links, the system can not only determine the drone model and communication method but also provide priority warnings for potential threats. This link classification capability provides a scientific basis for drone control in security, airports, and critical facilities, effectively improving security capabilities.

The system supports flexible networking for wireless communication, enabling multi-node联动 (interconnection/coordination) based on actual deployment needs. Through wireless networking, each detection node can share target information, achieving full coverage and collaborative control. This function makes the system highly flexible and suitable for monitoring large areas, such as urban airspace, industrial parks, and critical infrastructure. The networking scheme eliminates the need for complex wiring, reducing deployment costs while ensuring real-time information synchronization and high reliability.

This system is a passive detection device that does not actively emit electromagnetic signals, making it environmentally friendly and compliant with electromagnetic compatibility standards. In daily operation, it will not interfere with surrounding communication networks or civilian electronic devices, effectively avoiding impact on public life and industrial facilities. Meanwhile, the low-power design reduces energy consumption, enabling green and environmentally friendly monitoring. The passive operating mode, combined with high-sensitivity receiving technology, ensures efficient drone detection without increasing environmental burden.