State-of-the-Art Anti UAV Radar The Medium-Range X-Band Monopolar Array Radar With AI Recognition Technology

  The DD - R24 medium - range X - band monopolar array radar is equipped with a comprehensive system that is fully solid - state, fully coherent, and incorporates a pulse Doppler mechanism. This sophisticated setup endows the radar with the remarkable ability to conduct all - weather detection and early warning specifically for "low, small, slow" targets. These targets are often difficult to detect due to their characteristics, but the DD - R24 radar overcomes this challenge.

  Leveraging advanced machine learning and AI recognition technologies, which are built upon "micro - Doppler signatures" and "flight path features," the radar can not only effectively detect but also accurately classify a diverse range of targets. Among these are drones, which come in various shapes and sizes and are widely used in different scenarios. Light aircraft, which are smaller in scale compared to commercial airliners but still pose detection challenges. Helicopters, with their unique flight characteristics. Powered triplanes, a less common but still relevant type of aircraft. Airships, which have distinct flight patterns, and airborne balloons, which are often used for various purposes like meteorological monitoring. What's more, the radar achieves all of this with extremely low false alarm rates, ensuring the reliability of its detection and classification functions.

  The radar is further enhanced by its two - dimensional phase scanning system. This system has great flexibility as it can be expanded into different configurations. One such configuration is "azimuth mechanical scanning + elevation phase scanning," which combines the advantages of mechanical and phase - based scanning methods to optimize the radar's coverage and detection capabilities. Another option is the multi - polar arrays configuration. These expandable configurations enable the radar to meet a broad and diverse spectrum of application requirements, whether it be for military surveillance, border control, or even civilian applications such as air traffic monitoring in areas with specific requirements.