Backpack-mounted anti-drone signal detection and strike equipment (3km range)

This equipment adopts a portable individual soldier backpack structure with optimized overall weight, facilitating prolonged carrying and rapid deployment by individual soldiers. The ergonomically designed shoulder straps evenly distribute weight, reducing strain on the shoulders and waist. The modular system allows for quick assembly and disassembly, enabling flexible maneuverability in complex environments. Whether in urban, mountainous, or field combat environments, soldiers can easily carry it, achieving the ability to quickly respond to drone threats. The backpack design also supports compatibility with other combat equipment, enhancing overall combat efficiency.

The device features an intuitive touchscreen user interface with a clear function layout, making it easy to use. Soldiers can quickly complete power-on, signal scanning, target identification, and engagement commands without complex training. The interface displays real-time status information, including remaining battery power, signal strength, target quantity, and engagement status. It also supports quick operation buttons, allowing for rapid switching of combat modes and improving the response speed and efficiency of counter-drone missions.

This system can simultaneously monitor multiple frequency bands, covering commonly used frequencies for civilian drones and some  communication bands. Through intelligent algorithms, it identifies potential threats, achieving precise drone location and classification. Multi-band detection capabilities ensure effective target detection and locking even in complex electromagnetic environments, reducing false alarms and missed alarms, and providing reliable threat situation information for individual soldiers.

The equipment features real-time data recording capabilities, storing detected drone signals, attack actions, and related environmental information. The data can be used for subsequent analysis, tactical summaries, and operational assessments, and can also be exported to higher-level command systems for sharing. Real-time recording ensures complete trajectory records for each mission, improving operational transparency and the scientific basis of subsequent decision-making.