HONDE Environmental Monitoring Technology Company has released a micro ultrasonic wind speed and direction sensor. This innovative product, with its outstanding miniaturized design and precise measurement capabilities, is redefining the market landscape of portable meteorological monitoring equipment.
Breakthrough miniaturized design
The sensor adopts advanced technology, with a small overall size and light weight. This product adopts the ultrasonic time difference measurement principle and achieves three-dimensional wind speed and direction measurement through four precise transducers. Its completely free moving parts design ensures long-term stable operation even in harsh environments.
Precise performance parameters
Laboratory tests have shown that within the measurement range of 0 to 45 meters per second, the wind speed accuracy reaches ± (0.5+0.02V)m/s, and the wind direction measurement accuracy is ±3°. The performance indicators are comparable to those of large professional equipment. Its unique thermal compensation algorithm effectively overcomes the influence of temperature fluctuations on measurement, enabling the product to maintain excellent performance within a wide temperature range from -40℃ to +70℃.
Diversified application scenarios
In the San Francisco Smart City project, engineers integrated it into the street lighting system, providing precise data support for the planning of urban ventilation corridors. The project leader said, “The deployment flexibility of HONDE’s micro-sensors enables us to obtain valuable meteorological data in locations where traditional equipment cannot be installed.”
The field of unmanned aerial vehicles has also benefited greatly. After installing ultrasonic wind speed and direction sensors in their drone fleets, drone operators have improved flight safety by 35%. “Real-time wind field data is crucial for the precise control of drones,” commented the technical director. “The lightweight design of HONDE products perfectly meets our load requirements.”
Highlights of technological innovation
The ultrasonic wind speed and direction sensor adopts an innovative low-power architecture, with a standby power consumption of less than 0.1 watts and supports solar power supply systems, making it particularly suitable for long-term monitoring in remote areas. The product offers multiple communication interface options simultaneously, including RS-485 and 4-20mA output, facilitating rapid integration with existing iot platforms.
Industry influence and recognition
Industry experts predict that with the rapid development of smart cities and the drone industry, the market size of micro ultrasonic wind speed sensors will reach 870 million US dollars by 2025.
The head of iot at Google Cloud Platform stated at a recent technology seminar: “Innovative products offer our customers unprecedented deployment flexibility, and these high-quality environmental data will significantly enhance the predictive capabilities of AI models.”
Supply and technical support
Currently, this sensor has been officially launched through HONDE’s global distribution network. The company also provides a complete development kit and API interface documentation to help customers quickly complete system integration. With the popularization of the fifth-generation mobile communication technology, HONDE expects that this type of micro-sensor will play a key role in more fields such as smart agriculture, environmental monitoring, and renewable energy.
This innovative technology not only demonstrates HONDE’s leading strength in the field of sensor miniaturization, but also provides an important infrastructure support for global Internet of Things applications. With the acceleration of the digitalization process, precise and reliable environmental perception devices will become the core elements driving the intelligent transformation of various industries.
For more weather sensor information, please contact Honde Technology Co., LTD.
WhatsApp: +86-15210548582
Email: info@hondetech.com
Company website: www.hondetechco.com
Post time: Nov-13-2025