A synthetic aperture radar (SAR) is a high-resolution imaging radar which can be used to obtain high-resolution radar images similar to optical photography under extreme low visibility weather conditions. It is suitable for all-day and all-weather detection regardless of light and climatic restrictions, and can even be used to obtain information hidden by the Earth’s surface or vegetation. Accordingly, it has extensive prospects in civil applications such as agriculture, forestry, water, geology and natural disasters.

RacoSensor's deformation monitoring radar provides deformation data in .DAT format, including 2D coordinates and deformation value. It adopts a 2D coordinate system with the radar as the origin.
The data collected by RacoSensor's deformation monitoring radar can be automatically transmitted into its intelligent monitoring and warning platform. In addition, the deformation data in the 2D radar coordinate system can be converted into data (.JSON format) in the WGS84 coordinate system, including longitude, latitude, deformation value, deformation acceleration and deformation rate.

A phased array radar (PAR), also known as a phase-controlled electronic scanning array radar, is a radar composed of a large number of identical radiating elements. Each element is independently controlled by a wave controller in terms of phase and amplitude, thereby obtaining accurate and predictable receiving patterns and beam directions. The capabilities of PAR in converting beams quickly and accurately enable it to scan the entire airspace within 1 minute. PAR is a kind of advanced radar developed in the military field in recent years. Generally, electronic scanning is directly adopted in PAR instead of mechanical structures such as turntables or slide rails. In addition, PAR features higher speed, stability and reliability, and lighter weight. As such, it represents the development trend of slope radar.