Portable anti-drone rapid deployment reconnaissance, strike, and decoy equipment

This portable anti-drone rapid deployment system adopts an integrated design, combining reconnaissance and monitoring, jamming countermeasures, and decoy deception functions onto a single platform. The system can rapidly deploy in complex environments to identify, locate, and situationally perceive low-altitude small drones. It utilizes multimodal sensors for real-time target monitoring and employs safe, non-destructive electromagnetic or protocol-level jamming to render suspicious drones uncontrollable or cause them to deviate from sensitive areas. Simultaneously, the built-in decoy module can disguise communication signals or hotspots, inducing hostile drones to misjudge their location, thereby reducing the likelihood of threats to critical facilities. The system's modular structure ensures rapid deployment and retrieval under single-soldier conditions, providing immediate airspace security capabilities in emergency situations.

This system is particularly suitable for border patrols, energy facilities, communication hubs, airport perimeters, offshore platforms, temporary outposts, and large event venues where rapid deployment of drone airspace security barriers is required. Its portability and rapid deployment capabilities enable efficient operation in scenarios with complex terrain, insufficient infrastructure, or the need for mobile patrols. By monitoring low-altitude situations in real time, the system can identify potential risks in advance, providing early warnings to security personnel and improving the overall protection level of the area. When deployed at multiple points, it can form a collaborative monitoring network, covering a wider airspace and improving the accuracy of identifying abnormal drones.

The system adopts a modular hardware design, including independent units such as reconnaissance components, jamming components, communication components, decoy components, and energy components. Each module can be freely combined according to mission requirements, and can also be disassembled individually for maintenance or replacement without affecting the overall operation of the system. The modular architecture also reserves space for future upgrades, such as adding new sensors, optimizing signal processing algorithms, or expanding remote management capabilities, enabling the equipment to continuously adapt to the evolving forms of drone threats and ensuring long-term technical stability and cost-effectiveness.

To enhance monitoring capabilities at night and in adverse weather conditions, this system supports high-sensitivity thermal imaging reconnaissance. The thermal imaging module can capture subtle thermal features generated by the drone's motors or fuselage, maintaining stable detection efficiency even in darkness, smoke, or backlight conditions. This function is completely non-weaponized and is used to enhance situational awareness and airspace early warning, ensuring that security personnel can monitor low-altitude activities at any time and improving the reliability of area security monitoring.