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Sony · Input & haptics · Filed Apr 15, 2025 · USPTO published Jun 11, 2026 · Jun 11 release

Sony Patents a Device That Makes Your Body Feel Motion That Isn't There

Imagine holding a game controller that makes you feel like you're accelerating, turning, or falling — without any of those things actually happening. That's the core idea behind Sony's latest patent filing.

By · Updated · 3 min read

Sony Patent: Object That Makes You Feel Fake Motion, figure from US 2026/0158371 A1
Figure from the official USPTO publication.
Publication number
US 2026/0158371 A1(US20260158371A1)
Applicant
Sony Group Corporation
Filed · Published
Apr 15, 2025 · Jun 11, 2026
Inventors
Stefan UHLICH, Diederik Paul MOEYS, Dunai Fuentes HITOS, Justinas MISEIKIS, Lev MARKHASIN
Status when we published
Waiting for an examiner
Document
17 claims
US classification
463/37
Hardware

How Sony's motion-perception trick actually works

Your brain figures out that you're moving by combining signals from your eyes, your inner ear, and the pressure you feel against your skin. Sony's patent is built around a clever shortcut: if you can fool one of those signals, you can sometimes fool the whole system.

The idea is an object — think a controller, a wearable, or some kind of handheld device — that physically changes some property of itself (its weight distribution, shape, vibration pattern, or stiffness) in response to instructions from a computer. That change is tuned to match a target motion, meaning the sensation you're supposed to feel, not the one your body is actually experiencing.

You're sitting still in your chair, but the object in your hands subtly shifts in a way that convinces part of your nervous system you just banked left in a fighter jet. It's a form of haptic illusion — the same category of trick that makes a vibrating phone feel like a buzz from your pocket even when it's on a table.

How the object changes its physical properties on command

At its core, the patent describes a system with two parts: something that tells the device what motion the user should perceive, and the device itself, which physically changes in response.

The key phrase in the patent is "change a physical property." This is deliberately broad — Sony isn't locking in a single mechanism. A physical property could be:

  • The distribution of mass inside the object (shifting an internal weight to simulate g-force)
  • Surface texture or shape (deforming to simulate contact or pressure)
  • Vibration frequency and amplitude (the classic rumble-pack approach, but more precisely targeted)
  • Stiffness or resistance (pushing back against your hand to simulate inertia)

The processing circuitry receives a target motion descriptor — basically a data signal saying "the user should feel like they're decelerating" — and translates that into a specific physical change in the object.

The object is described as being "arranged for interaction with the user," which means it has to be something you're actively holding, wearing, or touching. The illusion only works when the object is in contact with your body, giving your nervous system a signal it can misinterpret as motion.

What this means for VR gaming and haptic feedback

Sony makes the PlayStation platform, including the DualSense controller — which already uses sophisticated haptic motors and adaptive triggers to simulate texture and resistance. This patent points toward a more systematic, software-driven approach to motion illusion, where the sensation isn't just a canned vibration but a precisely calculated physical response to whatever is happening in a game or virtual environment.

For VR in particular, this addresses one of the hardest problems in the space: your eyes see motion, but your body doesn't feel it, and that disconnect causes discomfort for many users. A device that can partially close that gap — by feeding your hands and skin a believable motion signal — could make virtual worlds feel significantly more convincing without needing a motion platform the size of a room.

Source: US 2026/0158371 A1 at the USPTO (PDF). Full patent text and figures are in the official publication.

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