Soldiers wearable reconnaissance and deception anti-drone jammers

This device features a lightweight, modular design, specifically developed for individual soldier operations and field missions. The overall weight is kept within a range suitable for extended wear, without affecting soldier mobility or combat posture. Through an ergonomic carrying structure, the device can be easily secured to a tactical vest or equipment belt for mobile jamming. The system incorporates a high-energy, wideband radio frequency module, capable of detecting and jamming enemy drone signals within milliseconds, covering GNSS navigation, remote control links, and image transmission channels, effectively blocking drone positioning and control, ensuring battlefield safety.

This jamming system uses military-grade electronic components, possessing excellent anti-jamming and shock resistance performance, and can operate stably in complex battlefield environments. Its lightweight design facilitates rapid deployment and withdrawal for soldiers, allowing for independent operation by a single soldier. The device features a one-button start/stop function, enabling rapid initiation of jamming missions in emergencies, effectively blocking low-altitude reconnaissance UAVs and preventing information leakage. It provides real-time protection and electronic defense in both urban and mountainous environments.

Featuring a built-in intelligent signal recognition algorithm, this system can identify UAV model, frequency band, and control signal characteristics in real time and automatically match the optimal deception and jamming strategy. By forging navigation or control signals, it causes UAVs to misjudge their position or return to their starting point, achieving "soft-kill" level deception defense. The system supports algorithm self-learning, continuously optimizing signal response strategies to adapt to new UAV communication protocols. This function can effectively disrupt UAV missions without causing physical damage.

Employing an omnidirectional ring antenna array design, this system achieves 360° spatial coverage with no blind spots. The device maintains omnidirectional jamming effectiveness during movement, adapting to the operational needs of multiple branches of the armed forces and various scenarios. Its efficient directional radiation mode can precisely suppress target UAVs while avoiding interference with friendly communication systems. The system combines high energy efficiency, wide coverage, and intelligent identification advantages, providing strong support for low-altitude battlefield security.