It has mechanical scanning tracking and phased array TAS tracking functions, providing the ability to monitor the target throughout the process.

It supports autonomous setting of range and pitch scanning range, and can optimize detection performance according to application scenarios.

It has a built-in self-positioning calibration module, automatically achieving angle compensation and north calibration functions, without the need for external auxiliary equipment.

It adopts dual algorithms of multiple track features and micro-doppler technology, with high recognition accuracy and effectively reducing misjudgment.

It has a phased scanning TAS tracking function, providing the ability to monitor the target throughout the process.

It has a function of suppressing cloud, rain and clutter waves, maintaining stable performance in adverse weather conditions, and achieving all-weather monitoring.

It can stably detect mobile unmanned aerial vehicle targets, with a low false alarm rate and accurate and reliable detection results.

Utilizing machine learning algorithms, it automatically adapts to the terrain environment. After installation, it can operate without parameter adjustment, significantly simplifying the deployment process.

Optimized antenna design and signal processing algorithms have enhanced the effective detection range to ≥ 10 km (RCS: 0.01 m²), meeting the requirements for remote early warning.