This is an ARCSAR technology-based slope deformation monitoring radar with a horizontal scanning range of 360°. It can be used for long-distance, large-scale and high-precision non-contact slope deformation measurement. It is widely applied in open-pit mine stopes, open-pit mine dumps, geological disaster monitoring and other fields, as well as the early warning of landslide disasters.
All-round monitoring: ARCSAR technology, 360° all-round measurement
High integration: integrated structure, IP66 protection
Portability: weight of a single module: ≤ 25 kg; maximum side length: ≤ 1.5 m
High adaptability: normal operation in alpine areas, high altitude, high humidity and heat, and rainstorm/snowstorm conditions
High degree of intelligence: system self-diagnosis and repairment, equipment status monitoring and reporting, etc.
All-weather and all-day: 24-h continuous monitoring, adaptive to various climatic conditions
Non-contact: involving no construction in risk areas
Surface monitoring: millions of monitoring data points can be obtained from each displacement image
Intelligent algorithm: automatically removes external environmental interference
Suitable for the integration of multiple sensors (cameras, weather stations, etc.) and radar network monitoring
Target type | Bare surface |
Distance | ≥5km |
Deformation accuracy | ≤0.1mm |
Resolution | 0.25m(R) x 5.2mrad/0.3°(A) |
Monitoring range(Horizontal) | 360° |
Monitoring range(Vertical) | 60° |
Size | Scanning radius ≤1.2m,maximum side length ≤1.5m |
Weight | Radar is ≤ 48kg,and the weight of single module is ≤ 25kg |
Scan time | A circle ≤ 1min |
Data update rate | 30s/90° |
Power consumption | ≤ 48W |
Operating temperature | -40℃~60℃ |
Protection level | IP66 |
This is an ARCSAR technology-based slope deformation monitoring radar with a horizontal scanning range of 360°. It can be used for long-distance, large-scale and high-precision non-contact slope deformation measurement. It is widely applied in open-pit mine stopes, open-pit mine dumps, geological disaster monitoring and other fields, as well as the early warning of landslide disasters.
All-round monitoring: ARCSAR technology, 360° all-round measurement
High integration: integrated structure, IP66 protection
Portability: weight of a single module: ≤ 25 kg; maximum side length: ≤ 1.5 m
High adaptability: normal operation in alpine areas, high altitude, high humidity and heat, and rainstorm/snowstorm conditions
High degree of intelligence: system self-diagnosis and repairment, equipment status monitoring and reporting, etc.
All-weather and all-day: 24-h continuous monitoring, adaptive to various climatic conditions
Non-contact: involving no construction in risk areas
Surface monitoring: millions of monitoring data points can be obtained from each displacement image
Intelligent algorithm: automatically removes external environmental interference
Suitable for the integration of multiple sensors (cameras, weather stations, etc.) and radar network monitoring
Target type | Bare surface |
Distance | ≥5km |
Deformation accuracy | ≤0.1mm |
Resolution | 0.25m(R) x 5.2mrad/0.3°(A) |
Monitoring range(Horizontal) | 360° |
Monitoring range(Vertical) | 60° |
Size | Scanning radius ≤1.2m,maximum side length ≤1.5m |
Weight | Radar is ≤ 48kg,and the weight of single module is ≤ 25kg |
Scan time | A circle ≤ 1min |
Data update rate | 30s/90° |
Power consumption | ≤ 48W |
Operating temperature | -40℃~60℃ |
Protection level | IP66 |
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