Slope Monitoring Radar

1、Slope Monitoring Radar Product Overview

Slope Monitoring Radar supports single-person carrying and rapid deployment, and is widely used for deformation and settlement monitoring of open-pit mine slopes, hydropower reservoir banks, and dam slopes.The BPLD2 emergency portable 360° Slope Monitoring Radar is based on the proprietary arc-shaped synthetic aperture radar system and phase differential interferometry technology developed by Sun Yat-sen University. It enables non-contact, continuous, and high-precision remote sensing monitoring and timely early warning of slopes, dams, mountains, and buildings at landslide rescue sites, eliminating the safety threats posed by secondary disasters to rescue personnel and equipment.

Slope Monitoring Radar adopts an edge computing architecture, with information processing, positioning, and wireless communication functions all integrated within the device. Weighing less than 10 kg and with a maximum folded size of less than 50 cm, it can be easily carried as baggage or deployed by a single person, allowing for rapid deployment and monitoring by emergency rescue teams at disaster sites. It features 360° wide-range coverage, 0.1mm precision measurement, all-day and all-weather operation, and resistance to harsh environments such as clouds, rain, fog, snow, dust, and fire. It is also specially designed for emergency and rapid response needs, with a lightweight, portable, and low-power design, making it industry-leading in weight, size, power consumption, and portability.

2、Slope Monitoring Radar Application Areas

Landslide Rescue Emergency Monitoring

Mine Side Landslide Emergency Rescue Monitoring

Building Collapse Monitoring (Instability & Fire & Ice Disaster)

Dam Failure Monitoring

3、Slope Monitoring Radar Product Features

Emergency-Specific Version: Specially customized for emergency scenarios

Strong microwave penetration, providing all-weather, 24/7 monitoring capability, unaffected by rain, snow, fog, smoke, dust, or fire.

No Protective Installation Required: Unaffected by outdoor wind, sun, rain, dust, or heavy snow; no monitoring room required.

Adaptive Atmospheric Disturbance Compensation Algorithm

Utilizing circular arc imaging and continuous wave radar, it can monitor 360° all angles, with no blind spots due to angle or distance.

24/7: Continuous scanning

3D Fusion: Sub-meter level registration

All-weather, full-area monitoring

Automatic judgment, automatic early warning, unattended operation

IP65 protection, for emergency use, normal operation at -40℃

Ultra-light and portable, weighing only 10kg, can be carried by one person by hand/on their back for quick access to the rescue site. When folded, its dimensions are only 0.5×0.35×0.25m, which can be placed in a 24-inch storage and transport case, meeting the requirements for onboard baggage handling in civil aviation.

4、Slope Monitoring Radar Key Performance Indicators of Radar and Platform Software

1) Maximum Detection Range: ≥5000m

2) Deformation Accuracy: ≤0.1mm (all azimuth angles)

3) Coverage Area: ≥360°×35°

4) ★Electrically Controlled Pitch Adjustment Angle: ±40° (Electrically controlled, manual adjustment by default)

5) Range Resolution: ≤0.3m

6) Azimuth Resolution: ≤8mrad

7) Acquisition Cycle: Adjustable from 0.5 to 4min

8) Radar Power Consumption: ≤45W

9) ★Radar Weight: ≤10kg, supports tripod mounting

10) ★Supports extendable/retractable configuration for storage Maximum dimensions in state: ≤0.5m

11) ★ Maximum dimensions of packaging box: ≤0.7m

12) Transportability: Can be carried by a single person, can be checked in with flights or high-speed trains.

13) Operating temperature: -40°C~55°C (optional, default -20°C)

14) Protection rating: ≥IP65

15) ★ Radar main unit has a built-in satellite compass, supporting autonomous positioning and orientation (optional)

16) Radar main unit has built-in 4G wireless (optional) and wired communication functions.

17) The main unit uses edge computing, completing all processing internally, eliminating the need for external processing equipment.

18) Deformation drift after atmospheric calibration ≤±1 0.5mm (1000m, 48h)

19) The radar must be domestically developed and manufactured equipment.

20) (Early Warning Software) Supports deployment on physical servers or cloud servers; allows remote device restart; the software adopts a B/S architecture, supporting simultaneous access by multiple users.

21) (Early Warning Software) Supports thematic layer selection and quantitative analysis of feature points or regions, generating curves and reports.

22) ★ (Early Warning Software) Possesses air-varying atmospheric phase correction function; can display deformation maps within a specified time range.

23) (Early Warning Software) Data fusion: Supports UAV modeling, CAD 3D modeling, and laser 3D point cloud modeling data. Fusion with radar data;

24) (Early Warning Software) Features a large-screen monitoring mode; the software interface uses Chinese language; supports curve continuation function;

25) (Early Warning Software) Has 360° imaging capability;

26) ★ (Early Warning Software) Offers free data interface to the client;

27) ★ Supports deformation/rate graded heat map;

28) (Early Warning Software) Supports 4-level automatic judgment and early warning, supports audible, visual, and SMS alarms;

29) ★ (Early Warning Software) Supports generating Word format reports for specified time periods;

30) (Early Warning Software) Allows setting early warning shielding zones to effectively shield false alarms in the work area.