High-Precision Multi-Target Simultaneous Interception Of Fixed Drone Detection And Defense System

Fixed monitoring and mapping integrated equipment featuring black and white lists functionality. Capable of precise drone detection with comprehensive positioning data including drone location, pilot position, azimuth, and distance information.

• Integrated monitoring and mapping capabilities
• Black and white list functionality
• Comprehensive drone and pilot positioning
• Advanced azimuth and distance measurement

The JDY-900P fixed-mount anti-drone system is a comprehensive defense device specifically designed for key areas, critical facilities, and long-term low-altitude security. Through 24/7 monitoring and intelligent jamming technology, the system automatically identifies, tracks, and jams illegal or suspicious drones, preventing them from entering protected airspace. The system's fixed deployment ensures long-term, stable operation and ensures low-altitude security in key areas such as government agencies, military bases, power hubs, airports, prisons, and oil fields.

The system incorporates advanced radio frequency detection and AI recognition technology, enabling automatic detection, identification, and classification of drones. Intelligent algorithms autonomously select the optimal jamming strategy, eliminating the need for frequent manual intervention and significantly reducing operator burden, truly achieving an integrated "automatic detection, automatic judgment, and automatic response" defense model.

The system features adaptive power regulation, automatically adjusting transmit power based on the target drone's distance, model, and threat level, achieving precise and targeted signal jamming. This function effectively prevents interference with non-essential signals such as normal communications and navigation, ensuring efficient strikes and environmental safety.

The system utilizes a modular design and industrial-grade components, ensuring robust environmental adaptability and long-term stable operation in harsh conditions such as high and low temperatures, humidity, and dust. The long average equipment lifespan, extended maintenance intervals, and support for remote monitoring and online upgrades significantly reduce maintenance and operating costs.