Portable Accurate UAV Drone Current Measurement System For Hydrological Monitoring
Portable Drone Current Measurement System
,Hydrological Monitoring Drone Current Measurement System
,Accurate Uav Current Measurement System
The Haipai Marine Drone Current Measurement System is a professional, integrated solution for hydrological monitoring. It combines industry-leading drone technology, professional-grade radar velocimeters, a ground control station, and a dedicated data platform. Engineered for efficiency and safety, the system enables rapid and accurate measurement of surface water velocity and water level elevation in rivers, lakes, and other water bodies.
- User-Friendly & Portable: Designed for simple operation and easy transport, allowing for quick deployment and measurements in diverse field conditions.
- Safe & Remote Operation: Conduct measurements from a safe distance. Personnel are not required to be physically present at often hazardous or hard-to-reach water sites, protecting both staff and equipment.
- Accurate & Efficient: Delivers precise flow and water level data quickly, enhancing survey productivity.
- Long-Range Situational Awareness: With an extended-range HD video transmission system (up to 20 km), operators on the ground receive real-time HD video of the drone's flight path and environmental data (e.g., meteorological information), ensuring full control and awareness.
The Haipai series offers three models to suit different project requirements:
- HP3102: The essential model focused solely on water surface velocity measurement.
- HP3200: Adds integrated water level elevation measurement to the core flow measurement capability.
- HP3300: The comprehensive solution, combining flow measurement, water level measurement, and live HD video streaming for the most complete field data and oversight.
This system provides efficient and adaptable solutions for a wide range of hydrological and environmental monitoring scenarios.
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River & Lake Surveys
Conduct accurate flow velocity and water level measurements for hydrological studies, resource assessment, and routine monitoring. |
Flood Disaster Emergency Response
Enable rapid, safe deployment for real-time situation assessment, levee inspections, and flood mapping during critical events. |
Water Quality & Environmental Monitoring
Support ecological studies and pollution tracking by monitoring key water bodies, often in coordination with additional sensors. |
Waterway & Channel Monitoring
Ensure navigational safety and infrastructure integrity through regular flow measurements and bathymetric support surveys. |
| Technical Parameter | |||
| Model | HP3102 | HP3200 | HP3300 |
|---|---|---|---|
| Flow Velocity Measurement | |||
| Measuring Range | 0.03-20m/s | ||
| Measurement Accuracy | ±0.01m/s;±1%FS | ||
| Resolution Ratio | 1mm/s | ||
| Measurement Error | ≤3% | ||
| Beam Angle | 12° | ||
| Effective Measurement Height | Within 40m (related to flow state) | ||
| Measure Duration | 0-180s, configurable | ||
| Measurement Interval | 1-18000s adjustable | ||
| Radar Wave Frequency Band | 24GHz | ||
| Water level measurement | |||
| Measurement Accuracy | ⭕ | ±2mm | |
| Gauge Altitude | ⭕ | ≤50m | |
| Radar Wave Frequency Band | ⭕ | 24GHz | |
| Refresh Frequency | ⭕ | 40Hz | |
| Beam Width | ⭕ | The azimuth plane of the transmitting and receiving antenna has a beam width of -6dB, which is 28 °, and the elevation plane has a beam width of -6dB, which is approximately 18 ° | |
| video module | |||
| CMOS Size | / | / | 1/4 inch |
| Pixel | / | / | 5 million |
| Diagonal Field Of View Angle | / | / | 69.8° |
| Resolution | / | / | support 1080p@30 , 720p@60 , 480p@90 |
| Hardware | |||
| Weight | 750g | 800g | |
| Shell material | aluminum alloy | ||
| Work Environment | Temperature: -30 ℃ -70 ℃, humidity: 95% (at 40 ℃) | ||
| Protection Grade | IP56 | ||
Note:“ ⭕” As an optional feature, this feature can be added through an upgrade.
(M350RTK)
| (M350 RTK)Unmanned Flight Platform (M350 RTK) | |
| Positioning Accuracy | In RTK FIX: 1cm + 1ppm (horizontal) 1.5cm + 1ppm (vertical) |
|---|---|
| Maximum Load | Single Gimbal Damper’s Max Payload:960 g
Maximum effective payload of the aircraft: 2.73kg |
| Max Flight Time | 55 minutes (unloaded) |
| Maximum Tolerable Wind Speed | 12m/s (Level 6 wind) |
| Obstacle Perception Range | Visual obstacle avoidance perception range: front, back, left, right: 0.7-40m, up and down: 0.6-30m
Infrared obstacle avoidance perception range: 0.1-8m |
| Maximum Speed | Horizontal flight speed: 23m/s Rising speed: 6m/s
Vertical descent speed: 5m/s, inclined descent speed: 7m/s |
| Size | Dimensions (unfolded, excluding blades): 810 x 670 x 430mm (length x width x height)
Size (folded, including blades): 430 x 420 x 430mm (length x width x height) |
| Weight (Including Lower Single Gimbal Bracket) | Empty weight: 3.77kg (excluding batteries) 6.47kg (including dual batteries) |
| IP Degree | IP55 |
| Ambient Temperature | -20 ° C to 50 ° C |
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Haipai Marine Drone Current Measurement System The Haipai Marine Drone Current Measurement System is a professional, integrated solution for hydrological monitoring. It combines industry-leading drone technology, professional-grade radar velocimeters, a ground control station, and a dedicated data ...