Portable 300MHz-6G drone detection and strike integrated shield

The UAV Detection and Strike Integrated Shield is a portable anti-UAV equipment designed for modern low-altitude security needs. It features a lightweight engineering design, weighing less than 6kg, facilitating rapid carrying and deployment by individual soldiers. The device employs an integrated shield-like structure, highly integrating detection, identification, location, jamming, and countermeasure functions onto a single platform, allowing for rapid deployment without complex assembly. Its ergonomic grip design supports extended one-handed operation, making it suitable for various complex scenarios such as airports, prisons, border areas, major event security, and defense.

The equipment possesses complete control, visual obstruction, and handling capabilities against "black flight" drones. It can suppress the target drone's link, interfere with navigation, and block video, effectively severing communication between the drone and the remote controller and ground station. The system supports dual handling modes of drive-away and forced landing, allowing for safe target drive-away or forcing the drone to automatically return, hover, or land, achieving rapid control of low-altitude threat targets.

The system incorporates a high-performance spectrum analysis and intelligent algorithm module, enabling rapid identification of drone signal characteristics and precise positioning of the target drone and its operator. Precise interference is achieved through a directional high-gain antenna, targeting only the target area, improving interference efficiency while minimizing impact on the surrounding communication environment, achieving highly efficient handling capabilities of "detection equals location, lock-on equals blocking."

This equipment adopts advanced passive detection technology, completing target identification by receiving and analyzing radio signals in the environment. It does not require actively emitting electromagnetic signals, making its location less likely to be revealed and providing higher concealment. At the same time, it avoids causing additional interference to surrounding communication equipment and electronic systems, making it more environmentally friendly. It is particularly suitable for important locations with strict electromagnetic environment requirements, such as airports, government agencies, and energy facilities.