The Japanese manufacturer SkyDrivespecializing in eVTOL (electric vertical takeoff and landing) vehicles, is entering a new era of innovation thanks to its collaboration with Braid Technologies. This alliance aims to optimize the design of its flying cars using artificial intelligence, thereby generating thousands of design models. This creation process helps refine the structure of their electric aircraft for increased efficiency.

A promising partnership focused on performance

Arnaud Coville, Director of Development at SkyDrive, emphasized that the aim of this partnership with Braid Technologies is to explore innovative methods to improve the performance of the next generation of eVTOLs. Rather than applying traditional topology optimization techniques, SkyDrive adopts advanced technologies capable of managing various parameters impacting aircraft structural weight. Thus, this approach makes it possible to better balance performance and lightness during the design process.

A vision focused on the future of transport

Since its creation in 2018, SkyDrive has made its mark in the aeronautics sector. In 2019, the company successfully completed its first human flight test in Japan and continues to move toward practical applications. Recently, SkyDrive signed an agreement with Osaka Metro to study the feasibility of using eVTOLs in the Osaka region. This project involves vertical takeoff and landing operations at real sites, illustrating the company’s commitment to improving overall transportation efficiency.

Integration and impact on transportation in Osaka

The Osaka subway, which carries more than 2 million passengersends up integrating local public transport systems. SkyDrive’s involvement in this public transportation network could reduce congestion and improve travel times. At the same time, SkyDrive has also created a subsidiary in the United States to tackle this vital market for eVTOL manufacturers. A strategic partnership with Volatus Infrastructure has also emerged, aiming to jointly develop advanced mobility infrastructure.

The production and future of SkyDrive

In terms of manufacturing, SkyDrive has launched production of its flying car, the model SD-05in the factory Suzuki in Shizuoka. This factory is capable of assembling up to 100 three-seater electric planes per year. Additionally, the company signed a pre-order agreement with Japan Airlineswith the objective of promoting air tourism in the magnificent islands of the Inland Sea of Seto.

Collaboration for charging infrastructure

To support the operation of its electric aircraft, SkyDrive also collaborates with Kansai Electric Power to build high-speed charging facilities. This initiative is essential to ensure the proper functioning of eVTOL vehicles, while meeting modern energy challenges.

An accessible future thanks to eVTOLs

SkyDrive’s vision is clear: to create a future where eVTOLs become an everyday means of transportation accessible to everyone. With this in mind, the company has entered into an agreement with the South Korean company Solyu to sell up to 50 AVEthereby helping to reduce local traffic congestion problems.

Key takeaways

• Collaboration between SkyDrive and Braid Technologies to optimize the design of flying cars with AI.
• Partnership with Osaka Metro to explore the practical use of eVTOLs in Osaka.
• Construction of fast charging facilities to support the operation of electric aircraft.