The RD-UITWS-01 is a premier mini ultrasonic wind speed and direction sensor, leveraging Time of Flight (TOF) technology for high-precision environmental monitoring. Engineered for mobile IoT platforms like drones and marine vessels, it features optional integrated E-Compass and GPS modules to provide true wind data on moving assets. Encased in a UV-resistant ASA shell, this 53g ultra-miniature sensor ensures 10+ years of maintenance-free operation. For B2B engineers seeking the best mini ultrasonic wind sensor with E-Compass, the RD-UITWS-01 is the definitive industry standard for accuracy and durability.
Why Ultrasonic TOF Technology Outperforms Mechanical Cup-and-Vane Anemometers
In our 10+ years of manufacturing industrial sensors in our facility in Beijing, our engineers have found that the biggest failure point in remote weather stations is mechanical wear. Traditional anemometers rely on bearings and rotating cups that eventually seize, especially in high-salt or freezing environments. The RD-UITWS-01 eliminates these vulnerabilities through a solid-state design.
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No Moving Parts: By utilizing ultrasonic transducers to measure the “Time of Flight” of sound waves, there is zero mechanical friction. This translates to an indefinite operational lifespan without the need for periodic bearing replacements.
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Superior Environmental Signal Integrity: The internal ultrasonic probes are shielded within the structure, making them resilient against rain, snow, and frost. Unlike mechanical sensors that freeze in place, our TOF sensors maintain high signal-to-noise ratios in extreme winter conditions.
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Industrial Material Science: We utilize ASA (Acrylonitrile Styrene Acrylate) for the housing. This high-grade polymer is significantly more resistant to intense solar UV radiation, heat, and frost than standard ABS, preventing the “yellowing” and cracking common in long-term solar farm deployments.
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Ultra-Low Start-up Threshold: Mechanical sensors require a minimum wind force to overcome inertia. Our ultrasonic technology can detect air movements as low as 0.1 m/s, providing critical data in low-flow conditions.
Core Specifications: RD-UITWS-01 Technical “Catnip” for Engineers
The following data table outlines the granular specifications required for system integration. Note the inclusion of multiple baud rates and industrial protocols to support diverse data polling requirements.
| Parameter | Specification |
|---|---|
| Model | RD-UITWS-01 |
| Wind Speed Range | 0 ~ 60 m/s |
| Wind Speed Accuracy / Resolution | ± 4% / 0.1 m/s |
| Wind Direction Range / Resolution | 0 to 360° / 1° |
| Wind Direction Accuracy | ± 3° |
| Standard Dimensions | Φ66 × 64mm (Optional 45mm diameter for narrow spaces) |
| Weight | 53 g |
| Material | UV-Resistant ASA (Frost and Heat resistant) |
| Communication Protocols | MODBUS-RTU, NMEA0183, SDI-12, ASCII |
| Selectable Baud Rates | 1200, 4800, 9600, 19200, 38400 |
| Measurement Units | m/s, knots, mph, kph, ft/min |
| Power Consumption | 10mA @ 12-24 VDC |
| Protection Class | IP65 (Standard); IP67 (Optional Upgrade) |
| Optional Modules | Internal E-Compass, GPS, Bluetooth (BLE) |
The E-Compass Advantage: Solving Data Accuracy for Moving Platforms
A common pain point for our B2B clients in the UAV and marine sectors is “wind drift” data error. When a sensor is mounted on a moving drone or vessel, the raw data reflects “Relative Wind”—the combination of actual wind and the vehicle’s own velocity and heading.
In our lab tests, we demonstrated this stability by rotating the sensor 360 degrees by hand. While a standard sensor’s direction output would spin wildly, the RD-UITWS-01 with E-Compass maintains a stable true heading (e.g., East at 270°) by automatically offsetting the rotation in real-time.
Versatile Industrial Applications & Entity Integration
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Drones & UAVs: The 53g ultra-light footprint is critical for flight endurance. For specialized airframes, we offer a 45mm diameter variant designed specifically for narrow mounting spaces on custom drone arms.
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Photovoltaic Plants: Our ASA shell is engineered to survive 10+ years of constant, high-intensity UV exposure in desert solar arrays without structural degradation.
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Crane & Construction Safety: Provides high-precision gust monitoring at altitude. The rapid response of TOF technology ensures safety alarms trigger instantly during sudden wind shifts.
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Marine & Ocean Buoys: With the IP67 optional upgrade, the sensor is sealed against temporary submersion and salt-spray corrosion, making it ideal for coastal weather stations.
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Smart Agriculture: The RD-UITWS-01 supports the SDI-12 protocol, the global industry standard for agricultural data loggers, allowing for seamless integration with soil moisture and irrigation systems.
Technical Integration & Global Connectivity Options
The RD-UITWS-01 is built for the modern industrial stack, supporting physical interfaces across RS485, RS232, and TTL.
For IoT-scale deployments, the sensor integrates easily with wireless modules such as LoRaWAN, 4G, and Wi-Fi. We provide full support for custom firmware requirements, including sending data via MQTT in JSON or Hex format to your private servers. For clients without a proprietary backend, Honde Technology offers a comprehensive cloud server and software suite for real-time monitoring on PC or mobile devices.
Conclusion: The Smart Choice for 2026 and Beyond
The RD-UITWS-01 represents a paradigm shift in miniature wind sensing. By combining a compact, zero-maintenance design with the technical sophistication of optional GPS and E-Compass integration, it delivers laboratory-grade accuracy to the most mobile and remote industrial applications.
For custom quotes, bulk pricing, or to request a full datasheet for your engineering team, please contact us directly.
- Company Name: Honde Technology Co., Ltd.
- Website: www.hondetechco.com
- Email: info@hondetech.com
Post time: Apr-10-2026