As vehicles become more autonomous and software-led, the cabin has to move beyond controls and features towards an experience shaped around the passenger, the journey, and the conditions of motion.

After the Cockpit

For more than a century, the car interior has been arranged around the person driving. The wheel, dashboard, mirrors, instruments, seat position, field of view and flow of information all support one responsibility: keeping control of the road. The car has long assumed that the most important person inside it would be the one making decisions.

That assumption is starting to shift through software, sensing, autonomy and new interface systems. BMW’s Panoramic iDrive and Operating System X stretch information across the windscreen and connect the display, central screen, steering controls, and voice into one operating environment, while Kia’s future mobility language imagines autonomous driving turning the vehicle into a place for rest, focus, enjoyment, work, and entertainment. At CES 2026, Autoliv and Tensor made that shift physical with a foldable steering wheel for autonomous vehicles, in which the most iconic object of control can recede into the instrument panel as the cabin makes room for other uses during the journey.

The Post-Driver Interior

Concept cars have been working through this question for years. Volvo’s 360c imagined autonomous travel through sleeping, working, living, and entertainment scenarios, while Volvo’s S90 Ambience Concept explored a more sensorial cabin through synchronised visuals, sound and scent. Kia’s Vision Meta Turismo moves between driving, comfort, interaction, and leisure. The futuristic lounge has become a familiar image by now, so it’s interesting to see how these concepts show the cabin taking on new responsibilities once driving no longer shapes every decision.

The post-driver cabin brings the abstract lounge concept back into practical design territory: people will work, read, recline, look down, turn towards each other, use devices, shift positions, and spend longer stretches of time in postures the traditional car interior was never really designed to support.

From Features to Situations

The industry already has many of the ingredients for a different kind of cabin: panoramic interfaces, voice systems, ambient lighting, sensing, software updates, assistants, personal profiles, entertainment, scent, sound and comfort modes. Mercedes, XPENG, NIO and LG’s CES 2026 mobility showcase all point in the same direction, where the cabin becomes more conversational, sensorial, programmable and distributed across the driver, front passenger and rear seating areas. Taken separately, these can read as features. Experienced together, they start to define the journey.

People rarely experience technology as a set of capabilities. They experience situations such as being late for school pickup, feeling tired on a motorway, sitting half-focused before a meeting, sharing a ride with friends, arriving at an airport, waiting in traffic with a low battery, or trying to rest while still needing to stay aware of the road. The cabin has to prioritise differently across those moments, changing the density of information, the tone of sound, the behaviour of light, the pacing of prompts and the amount of system presence in the space.

States of Motion

A state of motion is a condition during a journey, shaped by destination, route, passengers, attention, level of autonomy, time of day, pressure, and the kind of transition someone is undergoing.

These states differ from conventional modes. Modes tend to feel like named settings within a product, while states are closer to lived conditions, expressed through what the cabin can actually change: interface hierarchy, lighting, sound, seat position, temperature, display behaviour, route information, privacy cues, voice, and the way alerts appear. This also gives a more careful way to speak about human qualities. Calm, confidence, anticipation, warmth, or relief do not have to belong to the car; they can belong to the person’s experience inside it, shaped by timing, proportion, hierarchy, sound, visibility, and restraint.

Wellbeing Without the Wellness Mode

Wellbeing in automotive often gravitates towards signals such as soft light, scent, meditation, silence, a sympathetic voice, and calming visuals. Some of these tools can be useful, especially in premium cabins, though they can make wellbeing feel like an add-on rather than something built into the experience.

In a moving car, wellbeing should be treated as part of the cabin's operating logic. The system does not need to create a “wellness mode” as much as understand what kind of support the moment requires: less unnecessary effort, clearer transitions between contexts, fewer small decisions at a difficult moment, a more legible route during bad weather, a quieter interface when someone is tired, or a better way to show what the autonomous system is doing without making the person inside feel as if they have to supervise every decision. The adaptive experience should tune the relationship between information, comfort, attention, and control, rather than simply change the mood of the cabin.

A More Demanding Interior

We’ve explored similar questions in spaces like 113 Spring and through systems such as Lucient and SpringOS, where media, sensing, atmosphere and behaviour are treated as part of the environment rather than separate digital layers. A car brings those questions into a more concentrated setting, with less room, less time to interpret what is happening and a much closer relationship between the system and the body.

A 2024 systematic review and meta-analysis on non-driving activities in automated vehicles shows that as automation increases, people expect to do more inside the vehicle: communicate, watch media, rest, relax, eat, drink, work and use the journey differently. The cabin has to support attention, posture, comfort, interaction and duration together, while every change in light, sound, voice or display has to make sense quickly.

An Experience Language for Autonomy

The next step is bringing these systems together into experiences people can understand without constantly managing them. As driving takes up less of the journey, the interior has to support a wider range of human states without losing clarity: focus, rest, work, shared attention, anticipation and recovery, while still keeping people oriented, comfortable and aware of what the vehicle is doing.

That requires a more precise experiential language for autonomy, built through the relationship among light, sound, interface, sensing, comfort, timing, silence, and behaviour. At FIELD, this is where we can be most useful: helping automotive and mobility teams think through the experience layer early, and shaping how emerging systems become legible, felt and genuinely inhabitable in everyday life.