Fixed anti-drone systems are difficult to detect and strike due to deception.

The fixed anti-drone system possesses 24/7 automatic monitoring capabilities, continuously monitoring designated airspace in real time, regardless of day or night, weather conditions, or fog. Utilizing multi-sensor fusion technology, including radar, optical cameras, and infrared detection, the system achieves accurate detection of various small drones. Even against high-speed, low-altitude, and micro-drones, the system can quickly identify, classify, and track them, providing reliable data support for subsequent defense operations. This 24/7 monitoring not only enhances security capabilities but also enables rapid early warning in critical moments, minimizing potential threats.

The system can display the drone's flight trajectory in real time, allowing the monitoring center to clearly see the drone's current position, speed, altitude, and direction. Through a visual interface, operators can intuitively assess the potential threat level of the drone and predict and analyze its trajectory. Simultaneously, the system supports simultaneous tracking of multiple targets, providing complete dynamic trajectory information for both single drones and swarms, offering precise data for defense decisions. The real-time display function not only enhances threat perception capabilities but also improves response efficiency to emergencies.

When faced with a threat, operators can simply activate defense mode with a single click on the control terminal. The system will automatically deploy jamming, capture, or guidance measures. Defense mode encompasses various strategies, including radio frequency jamming, induced landing, and safe zone removal, intelligently selecting the optimal solution based on drone type and threat level. This mode is easy to operate and responds quickly, achieving efficient defense even in complex environments. One-click activation significantly reduces manual intervention, improving emergency response speed and security levels.

The system supports historical trajectory playback for drones, allowing for the archiving and analysis of past flight data. Through the playback interface, operators can view detailed flight paths, speed changes, and behavioral characteristics of the drone, providing a basis for safety assessments, risk analysis, and post-incident investigations. Simultaneously, historical data can be used to optimize system strategies and improve the accuracy of future threat warnings and defenses. The playback function not only facilitates data management but also provides valuable information for the continuous improvement of the defense system.