Vibrotactile feedback

Vibrotactile feedback is a form of tactile haptic feedback in which a device conveys information, or imitates contact with an object, by vibrating against the skin. In their 2013 review in the Proceedings of the IEEE, Seungmoon Choi and Katherine J. Kuchenbecker describe vibrotactile display as "an effective information transfer modality for the emerging area of haptic media"; their review explains the relevant human perceptual capabilities, the main types of commercial vibrotactile actuators, and how to build both monolithic and localized vibrotactile displays. Texas Instruments describes haptics as simulating specific events, surfaces and effects by varying the frequency, amplitude, duration and direction of a vibration.

In VR hardware, vibration is the haptic output of consumer VR controllers such as the Meta Quest Touch Pro, which carries three actuators per controller, and of the PlayStation VR2 headset itself. Arrays of vibration motors are also used in haptic vests such as the bHaptics TactSuit, a type of haptic suit. Vibration is one of several haptic modalities; force feedback, skin stretch and the others are covered in the general haptics article.

Reviewed 6 October 2026. Checked every academic citation (authors, venue, year, DOI via Crossref and PubMed/abstracts), the TI, Android, OpenXR, ISO/IEC 23090-31 and Meta haptics documents, the SEC filings on Immersion v. Sony, and the PlayStation, MIXED, UploadVR, Engadget, Famitsu, bHaptics and CyberTouch sources against the claims they support. About review dates.

Perception

Touch in human glabrous (hairless) skin is served by four classes of mechanoreceptive afferent fibers. In a 1988 study in the Journal of the Acoustical Society of America, S. J. Bolanowski, G. A. Gescheider, R. T. Verrillo and C. M. Checkosky presented psychophysical evidence for four matching perceptual channels (P, NP I, NP II and NP III), each tied to one fiber type (PC, RA, SA II and SA I). They concluded that the four channels together create an operating range for the perception of vibration that "extends from at least 0.4 to greater than 500 Hz", with each channel covering part of the threshold-frequency curve and their sensitivities partly overlapping, so that stronger stimuli can excite two or more channels at once.

A 2021 PLOS ONE study of normative vibration perception thresholds names Meissner and Pacinian corpuscles as the receptors responsible for detecting vibration: Meissner corpuscles respond to vibration between about 5 and 50 Hz, while Pacinian corpuscles detect higher frequencies and are most sensitive at 250 Hz. Android's developer documentation notes that some linear resonant actuators resonate in the 200 to 300 Hz range, "which coincides with the frequency at which human skin is most sensitive to vibration", and describes the result as smooth, sharp and penetrating; other models resonate at around 150 Hz and feel "softer and fuller".

Vibrotactile illusions

Displays with several actuators can exploit illusions in which the skin reports a stimulus where no actuator is. In apparent tactile motion, two nearby vibrations whose activation times overlap feel like one source moving between them; Neuhaus showed in 1930 that the stimulus duration and the stimulus onset asynchrony (the interval between the start of successive vibrations) control the effect. In the phantom sensation or funneling illusion, described by von Békésy in 1957, simultaneous vibration of two close actuators produces a single static sensation between them, its position set by their relative intensities. Frank Geldard and Carl Sherrick reported a third effect, the cutaneous "rabbit", in Science in 1972: trains of taps at widely separated points on the body are felt as a series of discrete "phantom" impressions connecting them.

At Disney Research Pittsburgh, Ali Israr and Ivan Poupyrev combined the first two illusions in Tactile Brush (CHI 2011), an algorithm that draws smooth two-dimensional moving strokes of varying frequency, intensity, speed and direction on a sparse grid of actuators. Their test rig was a 4 by 3 grid of C-2 tactors, spaced 63 mm apart and mounted in the back of a chair, a form they chose with gaming in mind.

Actuators

Four actuator families are common. Texas Instruments, which makes driver chips for ERM, LRA and piezo actuators, and the 2020 surface-haptics review by Cagatay Basdogan and colleagues describe their trade-offs as follows.

Actuator	How it works	Characteristics
Eccentric rotating mass (ERM)	A DC motor spins an off-center mass; the resulting centripetal force displaces the motor, which the user perceives as vibration.	Easy to drive, low cost and available in bar or coin shapes, but slow to respond and energy-hungry, and its acceleration is tied to rotation speed. Frequency changes with drive voltage while displacement amplitude stays constant, which limits the waveforms it can render.
Linear resonant actuator (LRA)	A spring-mass system: a coil and magnet move a mass back and forth along one axis.	Faster and more efficient than an ERM, with acceleration on a single axis. Strong output only near the resonant frequency; TI states it must be driven within about plus or minus 2 Hz of resonance, which drifts with manufacturing tolerance, aging, temperature and mounting. Basdogan et al. describe LRAs as a small form of voice coil actuator with a generally very narrow bandwidth.
Voice coil actuator	Built like a loudspeaker driver.	Can reproduce arbitrary waveforms with fast response.
Piezoelectric actuator	A piezoelectric element deforms when voltage is applied, producing a flexing motion.	Fast response, wide frequency bandwidth, strong acceleration and low audible noise, but needs high drive voltages (TI's DRV2667 drives up to 200 V peak-to-peak) and costs more than ERMs and LRAs.

The Meta Quest Touch Pro controllers show how these are mixed in one product: each holds an LRA under the trigger, a second LRA in the thumb rest and a voice coil motor in the grip.

History

Sensory substitution and tactile codes

Early multi-actuator vibration displays included sensory substitution aids for deaf and blind people. R. H. Gault's Teletactor of 1927 split speech into five frequency bands and sent them to five vibrators on the fingers and thumb. Frank Geldard proposed the "Vibratese" tactile code in 1957 and built the Optohapt in 1966, which used nine vibrators spread across the body. The Optacon presented camera images to a fingertip through a 24 by 6 matrix of vibrating pins, and tactile vision substitution systems placed as many as 400 vibrating solenoids in the back of a chair.

Data gloves

A United States patent titled "Tactile feedback man-machine interface device", originally assigned to Virtual Technologies Inc. and naming as inventors Mark R. Tremblay and Mark H. Yim and granted on 14 August 2001 (US 6,275,213), describes "vibrotactile units", each a mass driven by a mass-moving actuator, controlled by a computer that reads a body-part position from a "spatial placement sensing device". In a 2009 product brochure, CyberGlove Systems describes the CyberTouch option for its CyberGlove data glove, which places six vibrotactile actuators on the hand, one on each finger and one on the palm; the manufacturer specifies a vibration frequency of 0 to 125 Hz and up to 1.2 N peak-to-peak at 125 Hz, with each actuator programmable to produce pulses, sustained vibration or spatial-temporal patterns.

Game controllers

An early console example is Nintendo's Rumble Pak, a separately sold accessory that attaches to the Nintendo 64 controller. Star Fox 64, released in Japan on 27 April 1997, was the first Nintendo 64 game to support it.

Controller vibration was also the subject of patent litigation. On 21 September 2004 a jury found that Sony Computer Entertainment infringed all asserted claims of Immersion Corporation's US patents 6,275,213 and 6,424,333 and awarded US$82.0 million in damages. The court's judgment of 24 March 2005 added pre-judgment interest for a total of US$90.7 million and issued a permanent injunction covering PlayStation consoles, DualShock controllers and 47 games, stayed pending Sony's appeal. On 1 March 2007 the two companies announced that they would end the litigation at the Federal Circuit and had signed a business agreement to explore the use of Immersion technology in PlayStation products.

Later controllers added more detailed vibration. Nintendo presented "HD Rumble" in the Nintendo Switch Joy-Con in January 2017, which Engadget described as "an evolution on the blunt vibration of modern force-feedback engines"; at the reveal Yoshiaki Koizumi said the effect "feels like something shaking in a glass" while demonstrating ice cubes dropping into a virtual glass. In October 2019 Sony Interactive Entertainment chief executive Jim Ryan announced that the PlayStation 5 controller would adopt "haptic feedback to replace the 'rumble' technology found in controllers since the 5th generation of consoles". That controller became the DualSense.

Applications in VR and AR

Controllers and headsets

Meta's developer tooling distinguishes controller generations by their actuators. According to UploadVR's reading of Meta's documentation, the actuator in the Meta Quest 2 controllers runs at a fixed frequency with a lower vibration data sample rate than the actuators in the Touch Pro controllers, which also carry independent actuators under the index trigger and thumb rest. According to Meta, the Meta Quest 3, Meta Quest 3S and Meta Quest Pro controllers (the Touch Plus and Touch Pro) include TruTouch haptics, "which use wideband voice coil motors to produce a wider range of frequencies compared to standard haptic motors".

Sony's PlayStation VR2 adds vibration to the headset. Sony calls it "headset feedback": a single built-in motor whose vibrations can, for example, convey a character's elevated pulse or the rush of an object passing close to the character's head. It works together with the haptic feedback and adaptive triggers of the PS VR2 Sense controllers.

Wearables

Haptic vests distribute many small actuators over the torso. The bHaptics TactSuit Pro, for instance, uses 32 ERM motors. Researchers have used such vests to address cybersickness: in a 2026 study of 111 adults in Experimental Brain Research, Katharina Pöhlmann and Behrang Keshavarz gave participants a 40-actuator vibration vest while a VR game moved them passively through a scene. Among younger adults, vibration that matched the visual motion produced lower cybersickness scores than vibration that did not match; older adults showed no difference between conditions.

Researchers have also moved vibrotactile feedback to the wrist, where a small wearable can approximate or substitute for sensations in the hand during AR and VR interaction. Tasbi, a wristband presented at the 2019 IEEE World Haptics Conference by Evan Pezent of Rice University's MAHI Lab and six researchers from Facebook Reality Labs, combines a squeeze mechanism with six radially spaced vibrotactors; the authors used squeeze, vibration and pseudo-haptic effects to render "a highly believable virtual button". UploadVR reported that each tactor in the band has its own linear actuator.

Software and standards

OpenXR

The core OpenXR specification describes a basic vibration with the XrHapticVibration structure, passed to xrApplyHapticFeedback. It has three values: a duration in nanoseconds, a frequency in hertz (which may be left to the runtime) and an amplitude between 0.0 and 1.0; runtimes may clamp duration and frequency to what the device supports. Vendor and multi-vendor extensions go further. XR_FB_haptic_amplitude_envelope plays an amplitude envelope buffer and XR_FB_haptic_pcm plays pulse-code-modulated (PCM) sample buffers. XR_EXT_haptic_parametric, a not-yet-ratified extension with contributors from Meta Platforms and ByteDance, last modified on 15 May 2026, defines a device-independent parametric format built from amplitude points, frequency points and short "clicky" transients.

Authoring tools

In March 2023 Meta announced the experimental release of Meta Haptics Studio, a desktop application for Windows and macOS with a companion VR app, and the Haptics SDK for Unity. Clips are saved in a hardware-agnostic .haptic format that is adapted at playback to the capabilities of each controller, and developers can convert their own audio into haptic feedback. Meta now documents SDKs for both Unity and Unreal Engine. The open-source Haptics Studio project, published on GitHub under the MIT License, describes Meta Haptics Studio as a Meta-branded distribution of it and lists export to .haptic, Apple Core Haptics (.ahap), Android haptic arrays and rendered .wav audio.

MPEG haptics coding

ISO/IEC 23090-31:2025, Part 31 ("Haptics coding") of the ISO/IEC 23090 "Coded representation of immersive media" series, which MPEG publishes as MPEG-I, was published as a first edition in January 2025; it was prepared by ISO/IEC JTC 1/SC 29. Its scope covers the two haptic perceptions it calls the most popular with current devices, vibrotactile and kinaesthetic, with support for other modalities. The standard contrasts quantized formats such as WAV files with descriptive formats such as AHAP and IVS, which build effects from synthesis primitives, and encodes both kinds of data in a human-readable JSON exchange format (.hjif) and a compressed binary format for distribution and streaming (.hmpg).

Research

Choi and Kuchenbecker wrote their review as implementation guidance for application designers without a background in haptics; it covers perception, commercial actuators and example systems ranging from the presentation of physical object properties to broadcast vibrotactile media. A 2018 review in the Annual Review of Control, Robotics, and Autonomous Systems by Heather Culbertson, Samuel Schorr and Allison Okamura examines different haptic feedback modalities and lists the uses of artificial touch as presenting information, helping users complete tasks, augmenting or replacing other senses, and adding realism to virtual interactions.

High-frequency transients are one line of work. Kuchenbecker, J. Fiene and G. Niemeyer (2006) noted that tapping on surfaces in a typical virtual environment "feels like contact with soft foam rather than a hard object". They superimposed event-based, high-frequency transient forces, scaled by impact velocity, on traditional position-based force feedback; in a study in which 16 participants rated how much virtual and real samples felt like real wood, this event-based feedback received significantly higher realism ratings than the traditional rendering method.

Training is another. A 2022 systematic review in Applied Ergonomics by Md Shafiqul Islam and Sol Lim synthesized 24 peer-reviewed studies of real-time vibrotactile feedback for motor learning in virtual environments, and identified research gaps along with design considerations such as the selection and placement of feedback devices and the design of the feedback itself. In a 73-participant VR "buzzwire" study published in IEEE Transactions on Haptics in 2024, Unnikrishnan Radhakrishnan and colleagues built a custom vibrotactile attachment for a Geomagic Touch device and found that performance improved under visual-only, visual and kinesthetic, and visual and vibrotactile feedback alike; participants reported no change in self-efficacy, presence or task load, and arousal levels were similar across the three conditions.

See also

• Haptics
• Haptic suit
• Haptic gloves
• Mid-air haptics
• Affective haptics
• Visuo-haptic mixed reality
• Telehaptics
• Data glove