Backpack-mounted anti-drone 300MHz-6G signal detection and strike

This system adopts a backpack-style integrated structure design, highly integrating signal detection and interference handling modules. It is lightweight and easy for individual soldiers to carry. The fuselage uses a modular layout, allowing for quick donning and disassembly, adapting to complex terrain and rapid mobility requirements. Optimized internal structure for heat dissipation and power consumption control ensures long-term battery life while reducing load stress, enabling operators to flexibly deploy in various scenarios such as urban areas and the field, achieving highly efficient mobile drone protection capabilities.

The system features real-time target trajectory visualization, dynamically displaying the UAV's flight path, speed changes, and directional trends on the display terminal. Through continuous signal sampling and trajectory fitting algorithms, operators can intuitively grasp airspace dynamics, enabling simultaneous tracking and situational analysis of multiple targets, thereby improving rapid response and decision-making efficiency.

The system supports a blacklist/whitelist database management mechanism, which can classify and identify registered legitimate devices and potential threat targets. When a target signal is detected, the system automatically compares it with the feature library, quickly completes the identity determination, and provides graded alarm prompts, thereby effectively reducing false alarms and improving identification accuracy and management efficiency in complex electromagnetic environments.

The entire casing adopts a high-level sealed structure design, possessing excellent waterproof and dustproof performance, and can adapt to complex climatic conditions such as rain, sandstorms, and high humidity environments. Key interfaces are protected and reinforced, and the internal circuitry is optimized for moisture resistance and corrosion resistance, ensuring the stability and reliability of the equipment during long-term continuous outdoor operation.