UAV detection radarThe manufacturer believes that according to the functional classification of the radar system, it can be divided into search radar, tracking radar, identification radar, imaging radar, etc. According to the classification of radar signal, it can be divided into pulse radar, continuous wave radar, pulse compression radar, frequency agile radar and so on. According to the angle tracking mode, it can be divided into monopulse radar, cone scanning radar and so on. According to the parameter classification of target measurement, it can be divided into altimeter radar, speed radar, two-coordinate radar, three-coordinate radar and identification friend or foe radar.

　　UAV detection radarManufacturers believe that according to the classification of radiation sources, can be divided into active radar and passive radar. According to the technology and signal processing method used by radar, it can be divided into coherent accumulation radar, non-coherent accumulation radar, moving target display radar, moving target detection radar, pulse Doppler radar, synthetic aperture radar, tws radar and so on. According to the antenna scanning mode, it can be divided into mechanical scanning radar, phased array radar, frequency scanning radar and so on. According to the development of new fields and new technologies, it can be divided into microwave radar, laser radar, microwave photon radar, terahertz radar and quantum radar.

　　UAV detection radarManufacturers believe that according to the actual use of radar, it can be divided into early warning radar, guidance radar, measurement radar, space detection radar, ground observation radar, fire control radar, weather radar, air traffic control radar, navigation radar, automobile collision avoidance radar, etc. Generally speaking, radars with different functions and uses will be different in terms of working frequency, technical system, application platform, etc., and the users and markets they face will also be very different.

　　UAV detection radarManufacturers believe that early warning radar is mainly used to continuously search for multiple batches of targets in large airspace to obtain a complete airspace situation as soon as possible. Generally, the early warning radar is required to have full detection capability, and the requirements for accuracy and resolution are relatively low. Early warning radars are classified as follows:

　　1) space-based early warning radar

　　Radar systems equipped with satellite platforms, etc. For air target monitoring and early warning.

　　2) space-based early warning radar

　　Space-based early warning radars include airborne early warning radars, tethered balloon-borne radars and stratospheric airship radars. Long-term early warning monitoring and identification of sea and air targets can be achieved.

　　3) Ground-based early warning radar

　　UAV detection radarManufacturers believe that ground-based early warning radars include ground-based strategic anti-missile early warning radars and ground-based air defense early warning radars, which are responsible for early warning and detection of strategic ballistic missiles and air targets respectively. The ground-based strategic anti-missile early warning radar is used to complete the long-range search, discovery, tracking, identification and confrontation of missiles, and to support the early warning of anti-missile operations. The ground-based air defense early warning radar is mainly used to complete the tasks of alert search, alert guidance, low-altitude blinding, target indication and joint monitoring of aircraft and other air targets. The target detection range covers ultra-long-range, long-range and short-range, and is used to support the acquisition and interception of territorial air defense information.