Slope Radar

Slope Radar

Brand: Sheng Bolan

Model: BK-RD5000

Qualifications: Test reports, software copyright

     The BK-RD5000 slope radar is... A ground-based interferometric synthetic aperture radar, also known as a slope deformation monitoring radar, slope radar, synthetic aperture radar, geological radar, or ground-based remote sensing radar, is a device used for monitoring slope stability.

Its primary function is to collect relative displacements in the monitored area, providing data support for geologists and operational personnel to monitor deformation conditions in the monitored area, thereby enabling risk management and enhancing work and production efficiency.  

          Slope monitoring radar can extract minute deformation and displacement information from wide-area observation scenes, primarily used for real-time monitoring of surface displacements. It enables real-time, automated monitoring that is available round the clock—in all weather conditions, covering large areas (comprehensive coverage within several kilometers) and achieving high precision (displacement monitoring accuracy at the sub-millimeter level). Compared to traditional methods, slope deformation monitoring radar offers advantages such as area-wide monitoring, non-contact measurement, and all-weather, round-the-clock operation.

        Mainly applicable to: Slope landslide monitoring 、 Surface Deformation Monitoring of Open-Pit Mines and Tailings Storage Facilities 、 Monitoring of Surface Deformation on Large Dam Structures Waiting scenes

The portable slope radar features electronic scanning and has no mechanical moving parts such as sliding or rotating mechanisms.

The portable slope radar is based on microwave interferometry and synthetic aperture technology, allowing it to operate without needing to approach the target object or install sensors in the target area.

Real-time online extraction of subtle displacement information from the observed scene, with surface displacement serving as the monitoring metric.

Monitoring distance: 5100m;