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ARad126-400 Water Conservancy Detection Radar with 24GHz & 80GHz Dual Band, 0.01m/s Speed and 0.1m Distance Measurement Accuracy
ARad126-400 Water Conservancy Detection Radar with 24GHz & 80GHz Dual Band, 0.01m/s Speed and 0.1m Distance Measurement Accuracy
ARad126-400 Multi-Spectrum Radar-Vision Fusion Water Conservancy Detection Radar The ARad126-400 Multi-Spectrum Radar-Vision Fusion Water Conservancy Detection Radar integrates microwave and millimeter-wave radar bands in a dual-band working mechanism. This advanced design provides superior ...
Brand Name:AOISUN
Minimum Order Quantity:1
Product Custom Attributes
Highlight
24GHz & 80GHz Dual Band Water Conservancy Detection Radar
,0.01m/s Speed Measurement Accuracy Dual-Band Radar
,0.1m Distance Measurement Accuracy ARad126-400
Name:
Multispectral Radar Fusion For Water Conservancy Detection
Product Model:
ARad126-400
Operating Frequency Bands:
24GHz & 80GHz
Product Dimensions:
155mm*156mm*117mm
Speed Measurement Accuracy:
0.01m/s
Product Weight:
530g
Data Refresh Rate:
500ms
Control Method:
Pilot2 Or Customizable
Distance Measurement Accuracy:
0.1m
Operating Voltage:
DC12V
Operating Temperature:
-20℃~80℃
Operating Current:
Less Than 1A (static)
Product Description
ARad126-400 Multi-Spectrum Radar-Vision Fusion Water Conservancy Detection Radar
The ARad126-400 Multi-Spectrum Radar-Vision Fusion Water Conservancy Detection Radar integrates microwave and millimeter-wave radar bands in a dual-band working mechanism. This advanced design provides superior detection accuracy and anti-interference performance, enabling precise measurement of water level height and flow velocity. With built-in computing power and video imaging capabilities, the system collects real-time water surface video data and transmits video streams, achieving unified spectrum and video detection.
Key Features & Capabilities
- Dual-Band Fusion Design: Operates in 24GHz and 80GHz bands with high detection accuracy and strong anti-interference performance for complex water conservancy environments
- Precise Parameter Detection: Speed measurement accuracy of 0.01m/s and distance measurement accuracy of 0.1m for accurate water flow velocity and level data
- Integrated Computing & Video Imaging: Built-in computing power with self-contained video imaging for real-time water surface video collection and transmission
- Unified Spectrum & Video Detection: Combines spectrum detection and video detection for comprehensive water conservancy monitoring
- Flexible Control Modes: Supports Pilot2 control or customized control modes for various operational requirements
- Fast Data Refresh: 500ms data refresh rate ensures real-time updates for timely decision-making
- Lightweight & Compact: Weighs only 530g with dimensions of 155×156×117mm, minimizing impact on drone flight endurance
- Wide Temperature Adaptability: Stable operation from -20℃ to 80℃ for harsh outdoor water conservancy scenarios
Applications
- Water conservancy project monitoring (water flow velocity, water level in rivers, lakes, reservoirs)
- Flood control and disaster prevention (real-time monitoring of water flow changes during flood season, early risk warning)
- Water resources management (water flow measurement in irrigation areas, resource allocation detection)
- Hydrological environment investigation (hydrological parameter collection in natural water areas)
- Water conservancy facility maintenance (detection of water flow impact on dams, sluices, and other structures)
Why Choose ARad126-400?
The ARad126-400 integrates dual-band radar detection with video imaging, achieving unified spectrum and video detection. With high-precision speed and distance measurement, rapid data refresh rate, and exceptional anti-interference performance, it delivers reliable detection data in complex water environments. Supporting flexible control modes with lightweight design and wide temperature adaptability, it serves as an ideal drone-mounted water conservancy detection solution for monitoring, flood control, and disaster prevention applications, significantly enhancing the efficiency and accuracy of water conservancy operations.