This radar is mainly used for pre-disaster monitoring and the prevention of secondary disasters.By remotely scanning the surface of the monitoring area, the high-precision displacement of the entire area is obtained, and continuous monitoring of the entire area is realized. And through the comparative analysis of the scanning results and threshold, the automatic early warning is realized in order to achieve the purpose of early detection, and warning, guaranteeing safety and reducing losses. The product can work all day, in all-weather conditions, detect large-scale area with high-precision. It is suitable for slope monitoring in open-pit mines, water conservancy and hydropower dams, and geological landslide disasters.
7x24 hours non-contact wide-area remote monitoring
All-day, all-weather, not affected by rain, objects, light and other conditions
No need to construct or install calibration objects on the monitoring surface in advance
Independent 3D terrain mapping
Sound and light integration Alarm and early warning reports are automatically generated
Chinese interactive interface + localized after sales support and service.
Target type | Bare surface |
Distance | ≥5km |
Deformation accuracy | ≤0.1mm |
Resolution | 0.3m x 4.0mrad@1km |
Monitoring range(Horizontal) | 90° |
Monitoring range(Vertical) | 45° |
Length x width x height | 320cm x 50cm x 50cm |
Weight | ≤75KG |
Power requirement | 220V AC |
Monitoring frequency (data rate) | 1-6min |
Power consumption | >100W |
Operating temperature | -40℃~60℃ |
Protection level | IP66 |
This radar is mainly used for pre-disaster monitoring and the prevention of secondary disasters.By remotely scanning the surface of the monitoring area, the high-precision displacement of the entire area is obtained, and continuous monitoring of the entire area is realized. And through the comparative analysis of the scanning results and threshold, the automatic early warning is realized in order to achieve the purpose of early detection, and warning, guaranteeing safety and reducing losses. The product can work all day, in all-weather conditions, detect large-scale area with high-precision. It is suitable for slope monitoring in open-pit mines, water conservancy and hydropower dams, and geological landslide disasters.
7x24 hours non-contact wide-area remote monitoring
All-day, all-weather, not affected by rain, objects, light and other conditions
No need to construct or install calibration objects on the monitoring surface in advance
Independent 3D terrain mapping
Sound and light integration Alarm and early warning reports are automatically generated
Chinese interactive interface + localized after sales support and service.
Target type | Bare surface |
Distance | ≥5km |
Deformation accuracy | ≤0.1mm |
Resolution | 0.3m x 4.0mrad@1km |
Monitoring range(Horizontal) | 90° |
Monitoring range(Vertical) | 45° |
Length x width x height | 320cm x 50cm x 50cm |
Weight | ≤75KG |
Power requirement | 220V AC |
Monitoring frequency (data rate) | 1-6min |
Power consumption | >100W |
Operating temperature | -40℃~60℃ |
Protection level | IP66 |
Duobaoshan, Heilongjiang
Jinsha River landslide
Wudongde Hydropower Station
Pingshuo Open-pit Mine, Shanxi Province
Zahanur Open-pit Mine
Jiuzhaigou Landslide
Duobaoshan, Heilongjiang
Jinsha River landslide
Wudongde Hydropower Station
Pingshuo Open-pit Mine, Shanxi Province
Zahanur Open-pit Mine
Jiuzhaigou Landslide
RacoSensor was established in Suzhou New District in June 2018, starting from the team led by Mao Erke, academician of Chinese Academy of Engineering. The company has mastered core technologies in phased array radar, millimeter wave radar, imaging radar and multi-source information fusion. RacoSenso
Synthetic Aperture Radar (SAR) is a high-resolution imaging radar, which can obtain high-resolution radar images similar to optical photography under meteorological conditions with extremely low visibility. It has the characteristics of all-weather and all-weather observation without the restriction
RacoSensor was established in Suzhou New District in June 2018, starting from the team led by Mao Erke, academician of Chinese Academy of Engineering. The company has mastered core technologies in phased array radar, millimeter wave radar, imaging radar and multi-source information fusion. RacoSenso