JDY-2000 Fixed Anti-Drone Defense System with Multi-Mode Attack

The JDY-2000 is positioned as a strategic-level low-altitude full-domain defense equipment, focusing on the normalized and three-dimensional protection of key areas. Relying on fixed positions, the system constructs an "all-weather, all-airspace, all-time" anti-drone defense barrier, capable of independently dealing with single, swarm, and high-end intelligent drone threats. It provides full-chain security guarantees from early warning to final disposal for national-level core facilities and strategic locations, and is the core backbone force in building a low-altitude security defense system.

The system adopts a "detect-engage-lure" three-in-one deeply integrated architecture. The "detect" module integrates multiple source technologies such as phased array radar, electro-optical infrared, and radio frequency detection, achieving precise identification of low, slow, and small targets through AI algorithms with a false alarm rate of less than 0.5%. The "engage" module integrates multiple means such as directed energy, electronic jamming, and physical interception, allowing intelligent selection of disposal methods based on threat levels. The "lure" module possesses advanced navigation deception capabilities, capable of injecting forged GPS/Beidou signals to precisely guide the target drone to a designated area for forced landing, achieving non-destructive capture while balancing defense effectiveness and evidence preservation.

The fixed design possesses three core advantages: Firstly, it boasts a normalized duty capability, supporting 7×24-hour unattended operation without the need for continuous manual intervention, significantly reducing operation and maintenance costs. Secondly, it exhibits strong protection stability, achieving omnidirectional and seamless coverage relying on fixed positions, providing a wider protection range and more stable signals compared to mobile equipment. Thirdly, it facilitates systematic expansion, allowing seamless integration into regional air defense networks, enabling coordinated operations with other defense equipment through data links, forming a multi-layered defense system that meets the long-term protection needs of critical areas.

It precisely addresses the core pain points of traditional low-altitude defense, such as "incomplete coverage, delayed response, and singular handling." For challenges like swarm drone raids, complex electromagnetic environment interference, and high-end intelligent drone evasion, it achieves efficient response through multi-source detection fusion and intelligent collaborative handling technology. At the same time, it solves the problem of "dispersed deployment and large protection gaps" for mobile equipment, providing continuous and seamless strategic-level protection for key areas, and filling the core backbone gap in the low-altitude security defense system.

It is widely used for the protection of national strategic locations, including key infrastructure such as airports, ports, nuclear power plants, and energy hubs; sensitive areas involving confidentiality such as military bases, border crossings, and core government agencies; and important event venues such as large international conferences and major sports events. It can be deployed independently to form a single-point core protection circle, or multiple stations can be networked to create a regional low-altitude defense network, adapting to diverse strategic defense needs.