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China Suppliers Factory Real-Time Rockfall Detection Radar for Landslide and Debris Flow Monitoring
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Product Introduction
Using MIMO array technology and InSAR interferometry, it features non-contact rapid scanning, all-weather, all-day operation unaffected by clouds, rain, fog, or lighting conditions, quick installation, small size and light weight, three-dimensional fusion display/warning, high reliability and accuracy, waterproof and shockproof design, suitable for harsh outdoor working environments, and can be used for mobile emergency monitoring, fixed long-term monitoring, scientific research, and other applications such as rockfalls on open-pit mine slopes, landslides, railway and highway slope monitoring, and potential landslide sites.
Features
- 1 Uses active microwave technology, capable of operating all day and in all weather conditions, unaffected by rain, snow, fog, strong sunlight, or nighttime; has good environmental adaptability.
- 2 Uses a solid-state electronically scanned radar system, covering a 90°×30° field, with no mechanical moving parts during operation, providing data updates at a second-level rate, offering higher reliability and easier maintenance.
- 3 The system features an integrated, compact design, weighing no more than 5 kg, making it easy to transport and deploy.
- 4 Low power consumption design, with power usage not exceeding 30W.
- 5 Equipped with a two-dimensional turntable, capable of adjusting azimuth and elevation angles.
- 6 Multi-device coordination capability: can guide electro-optical equipment to point at hazard/alarm areas.
- 7 3D display: can import 3D terrain data, with rockfall positions and trajectories directly overlaid on the 3D terrain map.
- 8 Automatically generates a target monitoring list, including information such as target distance, direction, and speed.
- 9 The display and control software uses a B/S architecture, can be deployed on a standalone machine or cloud server, offers rich parameter settings, and is simple and intuitive to operate.
- 10 Can set warning thresholds of level 3 and above, and enables automatic sound and light alarms.
- 11 Can set alarm zones to effectively filter out false alarms outside the core area.
Technical Parameter
(1) Monitoring distance
20–1000 m
(2) Coverage angle range
90° (horizontal) × 30° (tilt)
(3) Angular resolution
≤2°
(4) Distance resolution
≤5 m
(5) Speed resolution
≤0.1 m/s
(6) Angle measurement accuracy
≤1°
(7) Distance measurement accuracy
≤3 m
(8) Speed measurement accuracy
≤0.1 m/s
(9) Minimum detectable target
≤0.1 m² cross-sectional area
(10) Minimum detectable speed
≤0.5 m/s
(11) Maximum detectable speed
≥30 m/s
(12) Maximum detectable targets
≥50
(13) Data update rate
≥2 Hz
(14) Power consumption
≤30 W
(15) Radar host weight
≤5 KG
(16) Environmental protection
IP65
(17) Communication method
Wired LAN
(18) Power supply
220VAC / 24V DC
(19) Operating temperature
-40 ~ +55℃
(20) Storage temperature
-40 ~ +65℃
Application
Compared to conventional methods such as manual visual inspection and photoelectric camera monitoring, this equipment is well adapted to harsh weather conditions like rain, snow, and fog, as well as low-light conditions at night. It has a wide coverage area and high detection rate, effectively addressing challenges such as the sudden occurrence of geological hazards, extremely short warning times, and difficulty in detection. Rockfall and debris flow radar can be used for:
- Long-term and short-term monitoring of falling rocks on open-pit mine slopes, landslides, rocks along railroad and highway slopes, and potential landslide sites.
- Emergency rescue use to help ensure the safety of rescue operations, construction personnel, and equipment.
- Scientific research.
Frequently Asked Questions (FAQ)
Q1
What makes this rockfall detection radar different from conventional monitoring methods?
Unlike conventional methods such as manual visual inspection and photoelectric camera monitoring, this radar uses active microwave technology (MIMO array and InSAR interferometry) to operate all day and in all weather conditions — including rain, snow, fog, and nighttime. It offers wide-area coverage, high detection rates, and non-contact rapid scanning, effectively addressing the sudden-onset nature and short warning times of geological hazards.
Q2
What is the detection range and coverage angle of this radar?
The radar supports a monitoring distance of 20–1000 m with a coverage angle range of 90° (horizontal) × 30° (tilt), ensuring broad scene coverage without mechanical scanning parts. Data is updated at a rate of ≥2 Hz, providing near-real-time situational awareness.
Q3
How portable and power-efficient is this radar system?
The system features an integrated, compact design with a radar host weight of no more than 5 kg, making it easy to transport and rapidly deploy in the field. Its power consumption does not exceed 30 W, making it suitable for both grid-powered fixed installations and mobile emergency deployments.
Q4
Can the radar operate in extreme temperature environments?
Yes. The radar is designed for harsh outdoor environments with an operating temperature range of -40°C to +55°C and a storage temperature range of -40°C to +65°C. It also meets IP65 environmental protection standards, ensuring waterproof and dustproof performance.
Q5
What alarm and warning capabilities does this system support?
The system supports 3-level and above warning thresholds with automatic sound and light alarm triggering. Users can define custom alarm zones to filter out false alarms from non-critical areas. The B/S architecture software can be deployed locally or on a cloud server, providing flexible remote monitoring and management.
Q6
What are the typical application scenarios for this rockfall detection radar?
This radar is suitable for a wide range of scenarios including: long-term and short-term monitoring of rockfalls on open-pit mine slopes, landslides, and railway or highway slopes; emergency rescue operations to safeguard personnel and equipment; and scientific research into geological hazard dynamics. Its 3D terrain overlay capability further enhances situational understanding during both monitoring and incident response.
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