Slope Radar

Slope Radar

Brand: Sheng Bolan

Model: BF-RD5000/II

Slope Radar The system is a lightweight, compact circular synthetic aperture deformation monitoring radar. Based on the frequency-modulated continuous-wave radar principle, it employs circular synthetic aperture imaging and differential interferometry techniques to achieve high-resolution imaging and sub-millimeter-level deformation measurement accuracy. It enables comprehensive, non-contact, and high-precision monitoring of even the slightest deformations in monitored slopes. The system features long detection range, high deformation data update rate, strong environmental adaptability, excellent portability, simple operation, and intelligent early-warning capabilities. Suitable for emergency rescue monitoring in field disaster scenarios and long-term fixed monitoring in open-pit mining areas.

      Adopt omnidirectional scanning: Supported 360 ° Comprehensive scanning, suitable for applications in large-scale mining areas and mountainous regions characterized by “two mountains flanking a valley.”

  Applicable scenarios: steep and high slopes, highway slopes, railway slopes, areas with potential geological hazards, tailings ponds, surfaces of large dams, open-pit mining areas, hydraulic engineering projects, and emergency rescue operations for geological disasters.

1. All-round scanning: Supports 360° all-round scanning, suitable for applications in large-scale mining areas and mountainous regions characterized by "two mountains flanking a valley";

2. Fast/High Precision: Rapid deformation updates and high measurement accuracy for long-distance, large-deformation scenarios;

3. Strong environmental adaptability: Operates around the clock, in all weather conditions; waterproof and shock-resistant design ensures reliable performance in harsh outdoor environments.

4. Multiple communication methods: Supports various communication modes including 4G/3G/WiFi/wired/fiber optic/radio, and features an open user interface.

5. Supports power input from DC/AC/solar panels, etc.;

6. The radar host includes modules such as the RF front-end, signal acquisition, data processing, and radar control. It can process the data obtained from monitoring and scanning into two-dimensional deformation data and send it to the host computer for display.