In this category, illumination provides information to the driver and/or passenger.

In this category, illumination facilitates interaction between the vehicle and the driver/passenger, with the benefits of flexible styling options and the elimination of mechanical buttons.

Indicator positioning and alignment technique is used to integrate translucent decoration with operation and display function (=HMI), creating seamless and advanced styling in the vehicle cabin.

Marelli offers a wide variety of decorative skins and fabrics such as warm wood-like, luxurious-look sustainable artificial leather, piano black (high gloss), cool metal-like finishes and different fabrics, which can all be integrated with a light source.

Translucent Switch is the integration of translucent decoration with an electronic device. With this solution, capacitive touch and haptic feedback can be enabled and integrated without compromising the esthetical design.

Marelli Interior Experience offers Cockpit Module (CPM) with flexible styling and functional options - empowering communication and safety. Our CPM design is based on careful study of ergonomics as well as safety evaluations, ensuring maximized cabin space with signature looks in different materials.

By collaborating with the Marelli Electronic Systems division, we can supply Cockpit Modules and instrument panels with seamlessly integrated large displays.

Our sliding storage and compartment solutions can provide extra storage capacity where needed.

Experience comfort and convenience while riding in an autonomous vehicle. Cabin innovation is part of the innovative solution that Marelli offers for more integrated and optimal functionalities for the future cabin.

The injection molding skin is a sustainable solution enabling an environmentally friendly molding process to reduce CO₂ emissions due to less heat waste during production.

Our lightiweigh cross car beam is completely made from aluminum that allows a 30% weight reduction compared to a steel cross car beam.

Our lightweight instrument panel substrate results in a consistent weight reduction thank to a foam molding and high rigidity material that reduce plate thickness and density, ensuring proper performance.

Safety and communication are the key areas to investigate when developing the future vehicle cabin.