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Yes, Sony patented a VR glove designed to communicate sensations such as contact, pressure, texture and movement. But the patent was not a product announcement. It does not show that Sony released, priced or officially supported a glove for the original PSVR, PS VR2 or PlayStation 5.
The technology is best understood as Sony Interactive Entertainment research into wearable haptic interfaces for head-mounted-display (HMD) virtual reality. The patent describes possible ways to make virtual objects feel more convincing, while the question of whether consumers could ever buy the glove remains separate.
What Sony actually patented
The principal filing is US10296086B2, titled “Dynamic gloves to convey sense of touch and movement for virtual objects in HMD rendered environments.” Sony Interactive Entertainment Inc. is listed as the original assignee.
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- An HMD displays a virtual scene.
- The system tracks the user’s hand or glove and determines how it interacts with a virtual object.
- Software sends instructions to a haptic controller.
- Actuators or other mechanisms in the wearable generate a corresponding tactile sensation.
In other words, the glove would not make a virtual object physically appear in the player’s hand. It would generate signals that suggest contact, resistance, texture or movement, allowing the brain to interpret the interaction as touch.
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The patent timeline matters
| Event | Date |
|---|---|
| Priority date | March 20, 2015 |
| U.S. application published | September 22, 2016 |
| U.S. patent granted | May 21, 2019 |
| Contemporary news coverage | May 24, 2019 |
The 2019 headline made the idea sound like a new Sony announcement, but the patent record shows a longer process. The invention’s listed priority date is in 2015; the U.S. application was published in 2016; and the patent was granted in 2019. A grant confirms that intellectual property was awarded. It does not confirm that the company built a finished accessory.
What could the glove make a player feel?
The patent describes several possible forms of feedback, including:
- Contact cues: signals indicating that a hand or finger has touched a virtual surface.
- Pressure and resistance: sensations that could suggest an object pushing back against the user.
- Vibration: localized tactile signals for impacts, collisions or interactions.
- Texture and surface characteristics: patterns of feedback intended to make one virtual surface feel different from another.
- Shape and movement: cues that communicate the apparent outline or motion of a virtual object.
- Temperature-related sensations: one of the broader possibilities described in the patent material.
These are proposed embodiments, not demonstrated consumer capabilities. “Feeling” texture in patent language generally means producing cues that suggest texture; it does not mean reproducing every physical detail of a real surface.
How could it generate touch?
The patent family covers a range of possible mechanisms rather than one confirmed final glove design. Depending on the embodiment, the system could use:
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- mechanical haptic actuators;
- pressure applied to parts of the hand;
- moving components that create resistance or motion;
- electromagnets;
- fluidic or pneumatic systems;
- thermal mechanisms; and
- sensors that detect hand, finger or wrist movement.
One related Sony filing, US10055019B2, describes an electromagnet-laden glove for haptic pressure feedback. Electromagnets could be activated or deactivated in response to haptic data to create pressure or resistance between parts of the glove.
That is different from ordinary vibration haptics. A vibrating motor can suggest that something happened, while pressure or force feedback attempts to push against the user or restrict movement. The latter can feel more physical, but it also adds weight, complexity, power requirements and safety concerns.
How would it know what the player touched?
A practical system would need several kinds of information at once. It could combine:
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- tracking of the HMD and the glove in physical space;
- hand orientation and position;
- finger-bend or flex sensing;
- virtual-object collision detection; and
- software that maps each interaction to a feedback command.
Another Sony filing, US10120445B2, covers a glove interface involving flex sensing and wrist tracking. A separate application, US20160363997A1, titled “Gloves that include haptic feedback for use with HMD systems,” is part of the same broader research direction; its international publication is WO2016205143A1.
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These documents should not be merged into a single confirmed product specification. Patent families often describe multiple alternatives, and a company can research related systems without commercializing any of them.
Was it made for the original PSVR?
There is no verified evidence that Sony released or officially supported this glove for the original PSVR. The patent describes HMD-based virtual environments generally, not a confirmed accessory for a specific headset, camera, console or game.
The connection to PSVR came largely from the contemporary coverage, including the May 24, 2019 report that popularized the story. That connection is understandable because Sony was a major VR platform holder, but it should not be read as an official compatibility announcement.
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Would it work with PS VR2?
There is also no evidence that the patented glove became a PS VR2 accessory. PS VR2 uses Sense controllers with built-in haptics and finger-touch detection, not the patented hand-covering glove concept.
Sony’s official account of PS VR2 development describes prototypes involving adaptive triggers, haptic feedback and finger-touch detection. That shows continued interest in tactile and natural interaction, but it does not prove that the glove patents were implemented in PS VR2.
The distinction is important:
- Haptic feedback is the broad category of tactile sensations.
- Vibrotactile feedback usually means buzzing or localized vibration.
- Pressure feedback applies pressure to the skin.
- Force feedback attempts to resist or constrain movement.
- Hand tracking or input sensing detects movement but does not necessarily make the user feel anything.
Why a VR glove is difficult to commercialize
A convincing glove would need to solve problems that a conventional controller largely avoids:
- Tracking accuracy: fingers can overlap, bend and disappear from cameras or sensors.
- Latency: feedback that arrives late can feel disconnected from the visual event.
- Contact realism: vibration can suggest an impact, but it normally cannot reproduce the physical blocking sensation of a solid object.
- Force range: stronger resistance may improve realism while increasing weight, noise, battery consumption and safety risks.
- Fit and calibration: actuators must align correctly across different hand sizes and finger lengths.
- Comfort and hygiene: batteries, wiring, sensors and moving parts add bulk, while shared or frequent use creates cleaning challenges.
- Reliability: mechanisms, fluid channels, magnets and wearable materials create more failure points than a standard controller.
- Software support: games would need to understand the glove’s inputs and provide data for its feedback channels.
- Accessibility and safety: a device that resists finger movement must avoid trapping or overloading joints.
- Cost: advanced sensing and force-feedback hardware would likely cost more than ordinary VR input devices, although Sony has not announced a price for this concept.
These are practical industry considerations, not publicly confirmed reasons why Sony did or did not abandon this particular design.
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Patent status versus product status
A patent can be narrowed, abandoned, licensed, used as research for a different product or never commercialized. A later product can also use related engineering without using the exact patented embodiment.
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No confirmed Sony PlayStation glove, price, preorder page or consumer release has been established for this patent. Readers looking for current Sony VR hardware should distinguish the concept from PS VR2 and its Sense controllers.
Other companies sell specialist haptic or hand-tracking equipment, including SenseGlove, Manus and bHaptics. These products should not be assumed to work with PSVR or PS VR2: many require PC software, dedicated tracking, developer support or enterprise integrations.
The bottom line
Sony genuinely patented several VR glove and haptic-interface concepts, including the 2015-priority invention granted as US10296086B2. The technology could, in theory, combine tracking with vibration, pressure, resistance, electromagnetic or other mechanisms to make virtual interactions feel more tangible.
But the 2019 story was about Sony’s intellectual property and research—not a confirmed PlayStation accessory. There is no established evidence that Sony released the glove for PSVR, PS VR2 or PS5. For now, it is best described as a real patent for a proposed wearable haptic system, not a product buyers can connect to their console.
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