Professional-grade backpack drone jammer – combining portability and long-duration operation

This device is a professional-grade backpack-mounted drone countermeasure system, employing a backpack-carrying and wrist-based integrated control design for rapid deployment and mobile control. The system prioritizes compliance and controllability, addressing the legitimate protection needs of airports, important events, industrial parks, and military sites. It supports on-site situational awareness, target identification, and command and control, emphasizing operational access management and log recording to ensure traceable emergency response and compliance with legal and safety regulations.

The system employs a multi-source sensor fusion strategy, jointly sensing and correlating data from radio frequency detection, optical imaging, and radar/short-range ranging. By performing time and space corrections on the detection results of each sensor at the software level, the robustness of target detection and the ability to suppress false alarms are improved. The perception system focuses on situational awareness and alarm triggering, rather than directly executing single control actions, facilitating subsequent decision-making under the legal authorization of command personnel.

The system features GIS map overlay capabilities, allowing for the intuitive overlay and display of target trajectories, historical flight paths, and heatmap layers (generated based on detection density) on the command terminal. The user interface supports multi-layer switching, time window playback, and event annotation, enabling on-site command to quickly determine target origin, movement trends, and high-risk areas. All map and trajectory data supports encrypted storage and auditing, ensuring data integrity and post-event review capabilities.

The hardware casing and internal mounting utilize MIL-STD-level seismic design and vibration damping supports, meeting the drop, impact, and vibration requirements of military and industrial environments. Key modules (power supply, computing unit, sensors) employ redundancy and thermal management schemes to ensure continuous operation in extreme environments. The product design prioritizes maintainability, modular replacement, and rapid on-site calibration, facilitating long-term deployment and battlefield/industrial-level reliability requirements.