Sony Patents a Car Display That Adjusts Its Picture to Prevent Motion Sickness

By Patentlyze Team · Updated Jul 3, 2026

Watching a video in the back seat while the car turns corners is a recipe for nausea. Sony is patenting a display system that detects when a passenger is getting sick and reshapes what they see on screen to ease the discomfort.

How Sony's motion-sickness display fix actually works

Imagine you're in the back seat of a car, watching a movie on a built-in display. The car hits a winding road, and your stomach starts to turn. That queasy feeling happens because your eyes and your inner ear are getting conflicting signals: the screen says you're sitting still, but your body knows you're moving.

Sony's patent describes a display system that monitors an occupant's motion sickness risk in real time. When the system senses that someone is starting to feel unwell, it adjusts the screen to help. Specifically, it can change how transparent parts of the display are, and it can shift the position or angle of the video being shown.

The idea is that by making the screen content match the vehicle's actual movement more closely, or by blending the outside world into what you see, the brain gets less confused. The system is designed for any vehicle with a mounted display, from cars to buses to planes.

How the system measures risk and shifts the on-screen image

The patent centers on a display system with a transmittance variable region (a section of the screen that can be made more or less transparent, like a smart glass panel that shifts between clear and opaque).

A determining unit continuously assesses the passenger's motion sickness risk. This could draw on vehicle movement data, passenger-facing cameras, or physiological signals, though the patent focuses on the output rather than specifying every input sensor.

Based on that risk assessment, the system's processing unit makes two kinds of adjustments:

• Transmittance changes: It decides how transparent the video region of the display should be, potentially letting the real outside world show through to anchor the viewer's sense of place.
• Display position and angle shifts: It moves or tilts the video on screen so that what the eye sees better matches the physical motion the body is feeling.

The underlying logic is that motion sickness is driven by a mismatch between visual input and vestibular (inner-ear) input. By making the screen's content more consistent with actual vehicle motion, the system tries to close that gap before nausea sets in.

What this means for in-car screens and passenger comfort

As more vehicles add large passenger displays and as interest in autonomous vehicles grows, in-cabin entertainment is a real design challenge. Passengers who would normally avoid looking at screens in moving vehicles could become a much larger audience if the technology can reduce motion sickness reliably.

Sony already makes displays, image sensors, and in-vehicle entertainment systems, so this patent fits neatly into that existing business. For everyday passengers, the practical question is whether a screen that subtly shifts and changes opacity is comfortable or distracting in its own right. That tension will define whether this concept moves from patent to product.

Editorial commentary on a publicly published patent application. Not legal advice.