Phased Array Real-Time Slope Monitoring Radar

The Phased Array Real-Time Slope Monitoring Radar is a long-range, non-contact, high-precision real-aperture radar for real-time micro-deformation monitoring, based on the principle of phased array beam differential interferometry. It extracts minor surface displacement in observed scenarios (such as geological hazard points, open-pit mines, railways, and highways).
Long-range, non-contact, high-precision real-time measurement: Features non-contact detection, high-precision and high-frequency real-time measurement, high portability, wide-angle scanning, all-day/all-weather operation (unaffected by cloud, rain, or fog), and easy deployment.
High data update rate: Data update rate of 2 times/second at 1 km, enabling multi-target rockfall monitoring, moving target detection and tracking, and trajectory mapping.
Technical Parameters:
Center Frequency: 16 GHz
Scanning Angle: Azimuth 120°, Elevation 60° (remotely adjustable)
Azimuth Resolution: 0.3° (5 mrad)
Deformation Accuracy: Better than 0.1 mm
Operating Range: ≥ 5.5 km
Update Rate: 2 times/second at 1 km
Multi-target rockfall detection
Moving target monitoring & tracking, trajectory mapping
Application Scenarios:
Suitable for geological hazard points, open-pit mines, hydraulic engineering, railways, highways, and other geological bodies and major engineering projects.