The design of our UAM seat incorporates ergonomic features that ensure a high level of user comfort for passengers – whether a female in the 5th percentile or a male in the 95th percentile – together with uncompromised safety. Made from lightweight yet durable materials, they can withstand eVTOL conditions and cabin limitations.

For efficient UAM systems, we optimize the high-level planning of UAMs, i.e., determine the numbers of eVTOLs, vertiport spaces, and chargers, together with lower-level operations to control each eVTOL's operational state between in-service, charging, idling, and relocating.

This study provides insights into the potential application of the seven types of FRP materials in the design of aircraft seats, offering weight reduction benefits and meeting the structural integrity requirements outlined by KAS.

Taking into account the unique requirements of passenger seat positions in eVTOLs, the revolutionary Crashworthy seat was designed to achieve the lightest possible seat weight, with no compromise on safety or comfort, designed for the effortless …

This study provides insights into the potential application of the seven types of FRP materials in the design of aircraft seats, offering weight reduction benefits and meeting the structural integrity requirements outlined by KAS.

This study provides insights into the potential application of the seven types of FRP materials in the design of aircraft seats, offering weight reduction benefits and meeting the structural integrity requirements outlined by KAS.

2024年1月1日 · 一项发表在《现代物理学快报b》的研究对城市空中移动（uam）飞机座椅的最佳设计进行了探讨。 研究旨在通过确定七种不同制造的纤维增强塑料（FRP 智能科学信息平台

This study provides insights into the potential application of the seven types of FRP materials in the design of aircraft seats, offering weight reduction benefits and meeting the structural integrity requirements outlined by KAS.

The objective of this study is to enhance the efficiency of urban air mobility (UAM) air transportation by determining the optimal design, materials, and processes of seven different manufactured fiber-reinforced plastics (FRP), and to confirm their applicability for next-generation UAM aircraft seats.

The objective of this study is to enhance the efficiency of urban air mobility (UAM) air transportation by determining the optimal design, materials, and processes of seven different manufactured fiber-reinforced plastics (FRP), and to confirm their applicability for next-generation UAM aircraft seats. Structural designs for the aircraft seat …