Japan Wind Tunnel Manufacturing Inc.（株式会社日本風洞製作所） Product Lineup

【Aero Optim Series】 ★For more details, please visit our website★ https://japanfudo.com/en/product/catalog_wind_tunnels/ The Aero Optim series is a "stackable wind tunnel unit." It consolidates all functions of a wind tunnel (airflow, diffusion, uniformity, rectification) into a 70cm x 70cm x 140cm unit that can be combined into a grid to provide the necessary flow area. Its compact, low-speed design allows it to be low-cost and low-maintenance, making it a forgiving introductory piece for those looking to delve into wind tunnel testing. Aero Optim wind tunnels are currently in use for testing bicycles, competitive wheelchairs, automobiles, drones, and more! -Wind Tunnel for Everyone-

This is an attachment for our company's wind tunnel outlet that generates gusts. While there are variations depending on the size, it can accelerate from 0 m/s to 15 m/s within 0.1 to 1 second, putting a load on the drone. Additionally, the main attraction is that the testing device is portable, allowing it to be taken outdoors for testing in a GPS environment. This enables the reproduction of behavior under GPS conditions.

The strength of our wind tunnel lies in its portability. It is characterized by the ability to conduct tests outdoors in a GPS environment. We can replicate the behavior of drones in a GPS environment. The wind tunnel shown in the photo is made by connecting 12 units of Aero Optim, achieving a wind delivery area of 2.7m x 2.1m with a depth of only 1.4m.

This product is a set item that utilizes the short overall length of the Aero Optim (stacked wind tunnel) with a variable pitch platform. It can recreate a variety of winds, including winds from directly below, diagonally above, diagonally below, and directly above. It can address issues such as downwash and downburst that are problematic for drones. Additionally, the main attraction is that the testing device is portable, allowing it to be taken outdoors for testing in a GPS environment. It can replicate behaviors in a GPS environment.