Lightweight Slope Monitoring Radar

Lightweight Slope Monitoring Radar
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  • Lightweight Slope Monitoring Radar

MAS-QLBPLD Lightweight Slope Radar Monitoring System adopts advanced technologies including wideband millimeter-wave FMCW signaling, arc synthetic aperture high-resolution imaging algorithms, phase differential interferometry, and adaptive atmospheric disturbance compensation.

Overview


MAS-QLBPLD Lightweight Slope Radar Monitoring System adopts advanced technologies including wideband millimeter-wave FMCW signaling, arc synthetic aperture high-resolution imaging algorithms, phase differential interferometry, and adaptive atmospheric disturbance compensation. It offers non-contact long-range remote sensing monitoring with reliable performance under rain, snow, fog, dust, and low-light conditions. Featuring 360° full-angle coverage, sub-millimeter deformation measurement accuracy, lightweight low-power design, and full edge-computing capability for onboard data processing, the system ensures stable and cost-effective operation. It is designed for long-term unattended monitoring of small- to medium-scale slopes in geological hazard zones, hydraulic structures, and buildings, providing a high-value and easy-to-maintain monitoring solution.

 

Characteristic:

  • Deformation measurement accuracy up to 0.1mm, with maximum data update rate of once per 60 seconds, ensuring high sensitivity.
  • Capable of all-weather and all-day monitoring, unaffected by rain, snow, fog, or dust.
  • Based on arc imaging and continuous-wave radar, enabling full 360° omnidirectional monitoring with no angular or distance blind spots.
  • Deformation measurement accuracy better than 0.01 mm, with data update rate up to 200 Hz, offering excellent sensitivity.
  • Built with an edge-computing architecture; all information is processed internally, with an integrated wireless router for standalone deployment and faster setup.
  • Manually adjustable antenna pitch angle for flexible monitoring in steep mountainous valleys.
  • Lightweight and low-power design: only 5 kg, compact body ≤ 0.5 m, average power consumption only 12 W, supporting long-term off-grid monitoring with solar power.

 

Specifications


Model

MAS-QLBPLD

Measuring Distance

≥1000m

Deformation Measurement Accuracy

≤0.01mm*RMS, in all directions

Maximum Coverage Angle per Single Scan

360°×40°

Pitch Adjustment Angle

≧±45°

Range Resolution

≤0.3m

Azimuth Resolution

≤9mrad

Data Upload Cycle

1min~24h (Configurable)

Total Power Consumption

≤12W

Total Weight

≤5kg

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