VR Haptics: What Vibration Specs Matter?

What haptic feedback means on a listing

Haptic feedback is the term a VR listing uses for the vibration felt through the controllers. When an app or game makes something happen, a small motor inside each controller vibrates so the hands get a matching sensation. The same term appears on some maker pages to describe a headset whose controllers vibrate at all.

Most titles keep the mention short. If a title says "haptic," it usually means the controllers vibrate; it does not mean a stronger motor or a newer design. The details, if any, sit deeper in the maker's page, not in the title itself. For a closer look at how controllers differ across headsets, see the VR controller comparison.

The two common motor designs

Controller haptics come from one of two small motor designs, each explained here in general terms.

An eccentric rotating mass (ERM) motor spins an off-center weight. The vibration comes from the rotating weight and changes with the motor's speed. This design is common in simpler controllers.

A linear resonant actuator (LRA) moves a small mass back and forth along a line and is driven by an alternating signal that matches its resonant frequency. The motion is more linear and can be driven at different frequencies to create different vibration patterns. This design is often used when a controller wants a more controlled response.

A listing almost never states which design a controller uses. Without that detail, a buyer cannot tell from the title which motor type sits inside. The same goes for intensity: none of the maker pages in this article's sources gives a vibration strength figure.

Where haptics sit in a system

Controllers carry most of the haptics. The left and right controllers each contain at least one motor, and an app decides when each one vibrates.

Some headsets add a vibration motor in the head strap to give feedback near the head, for events like a hit or an impact in an app. This is less common than controller haptics, and a listing usually does not say where the motor sits.

A bundle that says controllers included tells the buyer the controllers are in the box, but it does not tell whether they vibrate. The word "haptic" is the sign that vibration is part of the design.

What haptics are for

In a game, a controller can vibrate when the virtual hand touches something in the virtual world, when a tool is held, or when an event happens nearby. In a social app, it can vibrate when another user's avatar interacts with the player's avatar. In a productivity tool, it can vibrate to confirm a button press.

Whether an app uses the motor at all is up to the app. A headset can include haptic controllers and still have apps that never trigger them. That is why the support question matters more than the motor type: ask the maker which apps respond to the haptics.

Sim setups on a PC raise a separate question. A racing or flight setup usually adds a wheel, pedals, or a yoke, and the haptics in the headset's controllers matter less than the controls already in place. For sim buyers, see best VR headsets for simulators.

What a listing cannot say about intensity

Intensity is not a stated spec. No maker page in the sources for this article gives a vibration strength figure a buyer could compare across headsets.

The strength of the vibration depends on how the app drives the motor, the audio volume, and the controller firmware, not just the motor. A listing can say "haptic feedback" and still not reveal how the motor behaves in a specific game.

On this site, headsets are compared on stated details only. Haptics are not a detail the catalogue states, so haptics do not decide a ranking. The best VR headset guides point buyers to stated details like storage, controller inclusion, and headset type.

Questions to ask the maker before buying

These questions are best answered on the maker's support page or in the headset's manual, not in a listing. The answers shape whether haptics will matter for a given buyer, alongside the stated details in the catalogue. For the difference between haptic responses and audio cues, see controller haptic versus audio feedback.

• Does the maker page state haptic feedback on the controllers?
• Can the vibration be turned off or adjusted in the headset settings?
• Which apps support the haptics? Content support depends on the app, so ask the maker before assuming every game vibrates.
• What does the warranty cover if a controller motor stops working?
• Is the haptic feedback tied to the audio or to the controller? Ask the maker how the two work together.

What to pick for your situation

Questions

What is haptic feedback on a VR headset?

Haptic feedback is vibration produced by small motors, usually inside the controllers, that responds to what happens in an app or game. Some headsets also include a motor in the head strap. For a first headset, see a first headset.

Do all headsets include haptic controllers?

No. Haptic feedback is a feature, not a universal spec. Check the maker's page for the words "haptic feedback" before assuming a controller vibrates. Controllers included in the box is a separate stated detail.

Can you compare haptics across headsets from a listing?

No. Listings and maker pages rarely state motor type or intensity. The catalogue on this site is built from stated details like storage, controller inclusion, and headset type, so haptics do not appear in the comparison. See the best standalone headsets for that approach.

What is the difference between ERM and LRA motors?

An ERM motor spins an off-center weight for a broad buzz. An LRA moves a mass back and forth along a line for a more controlled response. Most listings do not say which one a controller uses, so the distinction stays at the level of general explanation.

Do headset straps vibrate?

Some headsets add a vibration motor in the head strap for feedback near the head. This is less common than controller haptics, and a listing usually does not say where the motor sits. Check the maker's page for the words "head strap" and "haptic."