사용자 중심의 미래 항공 모빌리티(AAM) 캐빈 공간 디자인 연구 = User-centered Advanced Air Mobility(AAM) Cabin Spatial Design

다국어 초록 (Multilingual Abstract)

Background: The future of air mobility (AAM, Advanced Air Mobility) is gaining attention as a significant alternative to address the congestion issues in already saturated urban ground transportation. The emergence of AAM promises to bring about numerous transformations beyond just providing a new mode of transportation. Given that AAM represents a new form of air mobility, there is a need for research on its interior space. Methods: This study explores the constraints and characteristics of AAM's interior space, categorizing its usage into short-distance and medium-distance and researching corresponding interior design layouts. The research methodology involves examining the development trends of companies involved in future air mobility, investigating the features of the interior spaces of the aircraft they are developing, and conducting in-depth interviews with industry professionals and potential customers to understand the needs during flight. Results: The study divided the travel distance into short and medium and categorized them as 6-seater and 4-seater, accordingly, optimizing user experience for the confined space. The modular frame structure for seats was proposed to allow diverse configurations based on the purpose. Design solutions for storage in narrow spaces, such as utilizing modular panels for door design, were suggested. Additionally, the arrangement and direction of seats were researched to minimize psychological discomfort in the limited space. Conclusion: In conclusion, this study provides insights into various UX-focused interior design layouts for the future of air mobility, overcoming constraints of confined spaces. The research outcomes can serve as foundational material for diverse aircraft development in the future.

참고문헌 (Reference)

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