JDY-600A: Individual Anti-UAV Detection and Strike Equipment

JDY-600A is an integrated anti-drone equipment specifically designed for individual combat units, with its core positioning being "portable for individual soldiers, integrated reconnaissance and engagement, and rapid response". It aims to address the low-altitude drone threats faced by individual soldiers and small combat units. By integrating core functions such as detection, identification, localization, and jamming, it allows individual soldiers to independently establish a low-altitude defense barrier without relying on complex networking, providing a flexible and efficient drone prevention and control solution for scenarios such as mobile combat and emergency response.

The core technological advantage of this equipment lies in its multi-mode fusion detection and intelligent precision jamming capabilities. Utilizing passive detection combined with broadband scanning fusion technology, it enables 360° omnidirectional scanning, accurately identifying drone models, flight trajectories, and other information. Furthermore, its passive operating mode provides strong concealment, preventing the exposure of its own location. Equipped with intelligent jamming algorithms, it can adaptively select jamming modes based on target types, precisely cutting off drone communication links or implementing navigation deception. It achieves a success rate of over 98% in intercepting mainstream drones, while simultaneously reducing interference to surrounding legitimate communications.

Adhering to the lightweight design concept, the overall weight of the device is controlled within 7kg. It features an adjustable backpack shoulder strap and a handheld grip dual design, allowing individual soldiers to quickly switch carrying methods, making long marches or covert operations unburdened. The device has a compact structure and a small storage volume, easily fitting into individual tactical backpacks. It supports quick battery replacement and, coupled with fast charging technology, can significantly enhance sustained combat capability, perfectly fitting the high mobility and fast-paced combat needs of individual soldiers.

It precisely addresses the core pain points of traditional anti-drone equipment, such as "large size, reliance on networking, and slow response", while overcoming the dilemma of "lack of independent anti-drone capability" in individual combat. Without requiring complex deployment and debugging, it achieves "ready-to-use" functionality; it eliminates the dependence on fixed positions and networking systems, adapting to mobile combat scenarios; its rapid response capability effectively responds to drone attacks, fills the low-altitude defense blind spots, and establishes a solid security line for individual soldiers and small combat units.

It is widely applicable in two core areas: military and security. Specific scenarios include military scenarios such as border patrol, special operations, and positional defense; security scenarios such as security for large-scale events, protection of important facilities (such as nuclear power plants and government agencies), and anti-terrorism and emergency response. At the same time, it can be adapted to drone control at emergency rescue sites, effectively preventing threats such as illegal drone reconnaissance and harassment, and providing reliable support for various mobile prevention and control needs.