Conference
Interior design for the autonomous era: new challenges in the automotive sector
Wednesday 03, 12:00h - 12:30h
| Smart Chemistry
Public access
2026-06-03 12:00
2026-06-03 12:30
Europe/Madrid
Interior design for the autonomous era: new challenges in the automotive sector
Autonomous vehicles are transforming passenger cabin design, prioritising comfort, entertainment and personalisation. However, with a high turnover of users, autonomous vehicle interiors must also be hygienic, durable and resistant to vandalism, creating new challenges for material and automotive manufacturers.
EDAG set out to design a futuristic interior for its autonomous CityBot, combining ambient lighting, adaptive displays and elegant finishing components that meet functional requirements while delivering comfort and style.
To bring its vision to life, EDAG partnered with H.B. Fuller and Covestro to apply advanced material and finishing solutions, specifically designed for autonomous vehicles that will be used by many passengers multiple times a day. Crucially, the solution needed to withstand daily wear while providing long-lasting aesthetic appeal.
The materials and features meet both performance and aesthetic demands and fit within the overall interior design concept. The surface enables excellent cleanability, provides a pleasant haptic experience and allows for translucent designs for ambient lighting.
Smart Chemistry
Autonomous vehicles are transforming passenger cabin design, prioritising comfort, entertainment and personalisation. However, with a high turnover of users, autonomous vehicle interiors must also be hygienic, durable and resistant to vandalism, creating new challenges for material and automotive manufacturers.
EDAG set out to design a futuristic interior for its autonomous CityBot, combining ambient lighting, adaptive displays and elegant finishing components that meet functional requirements while delivering comfort and style.
To bring its vision to life, EDAG partnered with H.B. Fuller and Covestro to apply advanced material and finishing solutions, specifically designed for autonomous vehicles that will be used by many passengers multiple times a day. Crucially, the solution needed to withstand daily wear while providing long-lasting aesthetic appeal.
The materials and features meet both performance and aesthetic demands and fit within the overall interior design concept. The surface enables excellent cleanability, provides a pleasant haptic experience and allows for translucent designs for ambient lighting.
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