Fixed anti-drone electro-optical tracking radar detection and defense system

The fixed anti-drone electro-optical tracking radar detection and defense system employs dual-mode perception technology combining radar detection and electro-optical recognition. High-precision radar enables all-weather, long-range target search, while high-definition visible light cameras and infrared thermal imaging equipment complete target confirmation and continuous tracking. The system can operate stably in complex weather, day and night environments, and low-altitude, slow-speed flight conditions, effectively improving target detection and recognition accuracy. It achieves intelligent monitoring throughout the entire process from search and lock-on to tracking, providing reliable protection for low-altitude safety.

• Product Parameters
• Technical Specifications
• Radio Detection
• Radar Detection
• Electro-optical Tracking
• Spectrum Blocking
• Navigation Deception
• Multi-Source Information Fusion Technology
• Digital Twin Technology
• High-Accuracy Detection and Recognition
• Adaptive Algorithm Model
• Intelligent Decision Support System
• Real-time Monitoring and Rapid Response
• Cross-Platform Information Sharing

The system is equipped with an intelligent target recognition algorithm, capable of real-time detection, classification, and trajectory analysis of individual drones and drone swarms. Leveraging artificial intelligence and multi-sensor fusion technology, the system can quickly distinguish between drones, birds, and other low-altitude targets, reducing false alarm rates. When multiple drones simultaneously enter the protected area, the system automatically establishes a target database, continuously updating flight trajectories, speeds, and locations, and intelligently sorts them according to threat levels, providing timely data support for command decisions and emergency response.

The system supports collaborative operation between local servers and cloud platforms, automatically uploading detection records, target trajectories, alarm information, video images, and historical events to the cloud database for long-term secure storage and centralized management. Administrators can remotely access historical data through authorized terminals for event playback, statistical analysis, and operation and maintenance. It also supports multi-site data sharing and unified supervision, contributing to the construction of a regionalized, networked low-altitude safety monitoring system, improving management efficiency and data utilization value.

The system features an open interface and good compatibility, allowing it to work in conjunction with radio jamming equipment, navigation guidance equipment, and other countermeasure platforms. Once the radar and electro-optical systems confirm a target, they can automatically transmit the target's coordinates, flight direction, and speed information to the jamming system, enabling rapid lock-on and coordinated response, shortening response time, and improving countermeasure efficiency. Simultaneously, it supports the configuration of tiered linkage strategies based on different application scenarios, forming an integrated low-altitude defense solution encompassing "detection, identification, tracking, early warning, and coordinated response," providing more comprehensive security for key areas and critical facilities.