Slope Stability Radar

1.Introduction to Slope Stability Radar system

Slope Stability Radar is used to measure the displacement, settlement, tilt of rock mass and soil mass, or the deformation of buildings, structures and foundations within a certain range.Slope Stability Radar is a high-precision, portable microwave interferometry micro-deformation monitoring product based on a broadband MIMO array.It uses a non-contact method to conduct high-precision uninterrupted cyclic measurements of the target body, and accurately measures the displacement changes and displacement of the monitored target.Speed, it can accurately track slow and tiny displacements, thereby achieving all-day, all-weather, non-contact, high-precision, space-time continuous remote monitoring of the monitored target.It is a new high-precision measuring instrument in the industry.

By remotely scanning the surface of the monitoring area, high-precision displacements within the entire area are obtained to achieve continuous monitoring of the entire area.And through comparative analysis of the scan results and the early warning threshold, automatic early warning is achieved to achieve the purpose of early discovery, early warning, ensuring safety, and reducing losses.This product has the characteristics of all-weather, all-weather, large-scale, and high-precision functions, and is suitable for slope deformation monitoring in open-pit mines, water conservancy and hydropower dams, geological landslide disasters, and other scenarios.

2.Slope Stability Radar product usage

Building deformation monitoring

Slope deformation monitoring

Mine deformation monitoring

Foundation pit deformation monitoring

Dam deformation monitoring

3.Product features of Slope Stability Radar

Rapid deployment: instrument deployment takes less than 1 minute

Convenient and fast: single-person installation operation

Measurement accuracy: 0.1mm

Adaptable; 24/7

Cost of use: recycling

Safety risk: No need to approach the measured area

4.Slope Stability Radar complies with specifications

"CH/T 3020-2018 Technical Regulations for Lidar Measurement of Real-life Three-Dimensional Geographic Information Data"

"GJB 6692-2009 General Specifications for Airborne Synthetic Aperture Radar"

5.Slope Stability Radar performance parameters

6.Slope Stability Radar application display