This is equipment capable of conducting aerodynamic experiments and development at wind speeds of up to 40 m/s.
This facility is equipped with a moving belt that allows for aerodynamic experiments and development at wind speeds of up to 40 m/s. It can be applied not only in the four-wheeled and two-wheeled automotive industries but also in the development of energy-saving equipment such as wind power generation, wind resistance testing of industrial products, and visualization experiments. It is utilized by general companies, public works, and academic research. Measurement data can be directly transferred to the user's own computer, ensuring complete confidentiality. *For more details, please contact us.*
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basic information
**Overview** Features: ● Easy attachment and detachment of models after positioning ● The wind tunnel control, data processing, and model fabrication areas are located in the same room as the measurement section, making flow observation and model shape improvement easy ● Ensures the security of measurement data Nozzle dimensions: Rectangular, 1.0m wide × 0.7m high Measurement section length: 1.45m Wind speed range: 1.5m/s to 42m/s Wind tunnel type/wind path type: Recirculating single return, horizontal Measurement section boundary: Free wall type Nozzle contraction ratio: 5 Measurement section type: Permanent moving belt Model dimensions/weight: Maximum length of approximately 1200mm, maximum weight of 100kg Ground simulation: Basic suction moving belt device Possible test items: 6-component force measurement, 3-component force measurement + tire drag, visualization experiments, etc. Angle range/pitch: Automatic measurement at any programmed pitch angle Roll: Arbitrary Yaw: Arbitrary within the range of 0° to 360° Airflow temperature control range: None Aerodynamic force measurement: 6-component force measurement device, strain gauge (wire balance) Wind speed measurement: Semiconductor type Pressure measurement: Multi-point simultaneous measurement Data processing: Directly imported to the user's computer Special notes: Easy access to the model during operation
Price information
Please access the URL below and check our website for confirmation. Prices are negotiable depending on the content and duration of the experiment. Feel free to contact us.
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Applications/Examples of results
It is used for aerodynamic development experiments of four-wheeled/two-wheeled vehicles, development of energy-saving devices such as wind power generation, wind resistance experiments, visualization experiments, urban development, and school research, among others.
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Company information
Mooncraft Co., Ltd. has been engaged in motorsports through the development and manufacturing of racing cars since its establishment in 1975. In 1985, we established the Yura Takuya Racing Team and began participating in races, creating a system to directly reflect the voices from the racing field into our development department. In 1986, we built our own wind tunnel facility to expedite aerodynamics development, achieving numerous accomplishments such as the production of F1 and F2 machine bodies, the development of original F-3000 machines, and the development of vehicles for GT championships. Currently, we have expanded our manufacturing technology and application range beyond vehicle parts to include aircraft components and various industrial products. We have also received high praise in the fields of transportation and industrial design for various prototype vehicles, eco-cars, show cars, and ships. Moving forward, we will continue to utilize our past achievements and experience to respond to the diverse needs of clients in various fields with our motto of being "one-of-a-kind and number one," delivering unprecedented ideas and high quality.
