The X-band Long-range Quad-cell Radar For All-weather Detection And Early Warning Of low Small Slow Targets

  The DD-R39 X-band long-range quad-cell radar adopts a fully solid-state, fully coherent, and pulse Doppler system. This enables all-weather detection and early warning of "low, small, slow" targets. By leveraging machine learning and AI recognition, which are based on "micro-Doppler signatures" and "flight path features", the device attains ultra-low false alarm rates. Moreover, it effectively detects and classifies a wide variety of targets, including drones, light aircraft, helicopters, powered triplanes, airships, and airborne balloons. 

  The product features comprehensive target monitoring and analysis capabilities. It allows for target positioning, trajectory display, and playback functions on the map, presenting key parameters such as target distance, azimuth, elevation, and speed in real time. The system is integrated with built-in data recording and storage functions, which can fully save target trajectory data and radar status information, and support subsequent data playback and query operations.

  Leveraging AI recognition technology based on "micro-Doppler features" and "track features," the product showcases powerful target classification and identification capabilities, accurately identifying various target types, including drones, birds, people, and vehicles. The system incorporates advanced machine learning technology, enabling it to adapt autonomously to the current environment and start operation directly without the need for manual parameter adjustment.

  To ensure reliable all-weather operation, the product is equipped with cloud and rain noise suppression functions, effectively eliminating interference under adverse weather conditions. The software interface provides flexible parameter configuration options, enabling users to adjust settings such as elevation coverage, target update rate, and monitoring range according to their requirements. In addition, the product has automatic compensation functions for independent positioning, orientation, elevation, and roll angles, ensuring measurement accuracy. During system operation, users can comprehensively monitor the equipment's working conditions through real-time status monitoring functions, ensuring the stable and efficient operation of the system.