DPVR P2 Vision — specification and verdict
The P2 Vision is the eye-tracking edition of DPVR's P2, and the two things DPVR publishes about it are exactly those: a Ganzin AURORA II module with one LED and one sensor per eye and a stated accuracy error under 1.5°, and a continuously adjustable 54–72 mm interpupillary distance. The second of those is the reason not to read this device off its sibling — the base P2 has three fixed IPD stops at 58, 64 and 70 mm, so a page quoting "three-level IPD adjustment" for the Vision is describing the wrong headset. It remains a 3DoF device: no positional tracking, so no walking, leaning or reaching in a scene. Gaze data on a headset that cannot track a body is an attention and analytics tool for seated 360 content, not a route to interactive training.
This is a 949 USD headset with a published specification of two rows, and that shapes the whole evaluation. DPVR states the eye-tracking module and the IPD range and nothing else — no panel, no resolution, no refresh rate, no processor, no memory, no battery, no weight, no controller. The specifications circulating on comparison sites are the base P2's, and at least one of them is demonstrably wrong for this model, so do not use them for a purchasing decision. What you can rely on is the platform: the P2 Vision sits in DPVR's enterprise line, and the P2 it is built on is an officially supported ManageXR device, so kiosk mode and remote app distribution should carry over — confirm it against the Vision SKU rather than assuming. Eye tracking is the reason to consider it at all, and the practical question is what consumes the gaze data, because DPVR publishes no SDK detail for it on this page. In Europe expect a reseller quote rather than a cart.
Do not buy the P2 Vision for our courses — the missing positional tracking rules them out exactly as it does on the P2, and eye tracking does not change that. It is defensible in one narrow case: seated 360 content where you specifically need gaze analytics, and you have already confirmed with DPVR in writing what the panel is, what the headset weighs and what SDK reads the tracker. At 949 USD it costs roughly twice the P2 for one added sensor, so make the vendor answer those questions before ordering. For interactive VR training, a 6DoF standalone headset is the purchase.
Full specification
An em dash means the manufacturer does not publish that figure.
- ManufacturerWho makes it — and who you buy support from.
- DPVR
- CategoryWhich kind of product this is. It decides which rows below make sense at all.
- VR — standalone
- Device typeWhere the computing happens, and therefore what you need to run it.
- Standalone VR
- AnnouncedThe day it was shown, which is not the day it shipped.
- Announced: not published by the manufacturer
- ReleasedYear the model went on sale. Older is not automatically worse in this category.
- Released: not published by the manufacturer
- AvailabilityWhether you can still order it new today.
- On sale
- Support endsThe date the manufacturer stops supporting it. Decisive for a fleet you are about to buy.
- Support ends: not published by the manufacturer
- PanelThe screen type. micro-OLED gives deeper blacks and higher contrast; LCD is brighter and cheaper.
- Panel: not published by the manufacturer
- OpticsThe lenses in front of the panel. Pancake stays sharp closer to the edges than older Fresnel, which decides how much a trainee has to aim their head to read something.
- Optics: not published by the manufacturer
- Eyes coveredOne eye or both. Over a full shift this is a real difference in fatigue.
- Both eyes
- Resolution per eyePixels delivered to each eye. Higher means small text and labels stay readable.
- Resolution per eye: not published by the manufacturer
- Refresh rateImages per second. Higher feels smoother and helps people prone to motion discomfort.
- Refresh rate: not published by the manufacturer
- Field of viewHow much of your view the image covers. Bigger is more immersive, not automatically better for work.
- Field of view: not published by the manufacturer
- Pixel densityPixels per degree of view — the honest way to compare sharpness between a headset and a pair of glasses. Higher is sharper. Only shown where somebody published it; we never compute it ourselves.
- Pixel density: not published by the manufacturer
- BrightnessIn a plant or outdoors, brightness decides legibility more than resolution does.
- Brightness: not published by the manufacturer
- WeightThe device alone. Anything above roughly 150 g is felt within an hour.
- Weight: not published by the manufacturer
- Visible field of viewWhat the eye actually sees through the optics, by axis.
- Visible field of view: not published by the manufacturer
- Rendered field of viewWhat the device draws. Never smaller than what you see.
- Rendered field of view: not published by the manufacturer
- Binocular overlapWhere both eyes see the same thing — this is where depth happens.
- Binocular overlap: not published by the manufacturer
- Average pixel densityPixels per degree across the image. More is sharper.
- Average pixel density: not published by the manufacturer
- Peak pixel densityThe sharpest point, usually the centre of the lens.
- Peak pixel density: not published by the manufacturer
- Subpixel layoutHow the coloured dots sit in a pixel. A stripe looks cleaner on text than PenTile.
- Subpixel layout: not published by the manufacturer
- Foveated renderingWhether detail is dropped outside where you look, to save performance.
- Foveated rendering: not published by the manufacturer
- PassthroughWhat the front cameras give you: colour, grayscale, or nothing.
- Passthrough: not published by the manufacturer
- Passthrough camerasResolution, density and frame rate of that camera feed.
- Passthrough cameras: not published by the manufacturer
- IPD adjustmentMatching lens spacing to the eyes. Motorised is fastest when one headset passes between people.
- Manual
- IPD rangeHow far the lenses travel to match eye spacing. A narrow range excludes part of any group of adults, which matters when one headset is shared.
- 54–72 mm
- Works with glassesWhether people who wear glasses can use it — fits over them, or takes prescription lens inserts.
- Works with glasses: not published by the manufacturer
- Vision correctionHow somebody who wears glasses uses it, and in what dioptre range.
- Vision correction: not published by the manufacturer
- DimensionsWidth, height and depth of the device itself.
- Dimensions: not published by the manufacturer
- Weight with strapWith the strap it ships with — the weight you actually wear.
- Weight with strap: not published by the manufacturer
- Head strapSoft band or a rigid one. Decides how the weight sits over an hour.
- Head strap: not published by the manufacturer
- MaterialsShell and facial interface, in the vendor’s words.
- Materials: not published by the manufacturer
- ColoursColours the manufacturer sells it in.
- Colours: not published by the manufacturer
- Haptics in the headsetVibration in the headset itself, not in the controllers.
- Haptics in the headset: not published by the manufacturer
- TrackingWhether content stays put in the room (6DoF), follows head rotation (3DoF) or is simply fixed.
- Standalone 3DoF
- Base stationsWhether boxes have to be mounted on the walls before it works.
- Not needed
- Tracking camerasHow many cameras it uses to know where it is.
- Tracking cameras: not published by the manufacturer
- Tracking rateHow often position is recalculated. Higher is steadier.
- Tracking rate: not published by the manufacturer
- Depth sensorA dedicated sensor for distance, on top of the cameras.
- Depth sensor: not published by the manufacturer
- Hand trackingWhether bare hands can operate the interface, without a controller or the phone.
- No
- Eye trackingThe headset knows where the trainee is looking. Enables sharper rendering where they look, and attention analytics.
- Yes
- Face trackingTracks facial expression — for avatars, not for training scenarios.
- No
- Body trackingHow much of the body the device knows about. Estimated legs are not tracked legs.
- None
- Controllers includedWhether motion controllers come in the box, or are bought separately — or the device is hands-only.
- Controllers included: not published by the manufacturer
- Controller tracking6DoF controllers track position and rotation, so a hand reaches in space; 3DoF only point. “None” means hands only.
- Controller tracking: not published by the manufacturer
- Other input methodsWays in beyond controllers and bare hands.
- Other input methods: not published by the manufacturer
- PerformanceHow much the headset can run — sharper scenes, more objects, smoother mixed reality. Higher is better.
- Dated — we no longer recommend it
- ProcessorThe processor and memory inside. This is what the performance grade above is derived from.
- Processor: not published by the manufacturer
- CPUCores and clocks, where the manufacturer publishes them.
- CPU: not published by the manufacturer
- GPUThe graphics part of the chip.
- GPU: not published by the manufacturer
- MemoryRAM on the device. Together with the chipset it sets how complex a scene can be.
- Memory: not published by the manufacturer
- PlatformThe platform an application is built against — and what an MDM has to speak.
- Platform: not published by the manufacturer
- StorageOn-board space for downloaded courses. More matters for an offline library in several languages.
- Storage: not published by the manufacturer
- SD card slotWhether storage can be added with a card.
- SD card slot: not published by the manufacturer
- BatteryRuntime as the manufacturer states it. A hot-swappable pack matters more than the figure.
- Battery: not published by the manufacturer
- Battery capacity (Wh)Energy in the cell. Bigger is longer, given the same power draw.
- Battery capacity (Wh): not published by the manufacturer
- Battery capacity (mAh)The same fact in the other unit vendors use. We never convert between the two.
- Battery capacity (mAh): not published by the manufacturer
- Charge timeFrom empty to full. Rarely stated by the manufacturer, so it usually comes from whoever timed it.
- Charge time: not published by the manufacturer
- ChargerPower of the supplied charger — it decides the charge time above.
- Charger: not published by the manufacturer
- External batteryBattery on a cable or a puck instead of on the head.
- External battery: not published by the manufacturer
- Charging caseExtra runtime carried in the case the glasses ship with.
- Charging case: not published by the manufacturer
- Hot-swap batteryWhether a charged battery can replace the empty one without ending the session. This is what decides if a headset can hold an all-day training station.
- Hot-swap battery: not published by the manufacturer
- Runs Skillsive appsOur own statement about whether Skillsive training applications run on it today.
- No
- Suitable for trainingOur judgement on whether it survives real deployment: comfort, hygiene, fleet management.
- No
- Kiosk mode / MDMVendor tooling to enrol devices, push an app and lock the headset to it. Practically required above ten devices.
- Yes
- Business tierAn official business tier, so devices belong to the company rather than to employees’ personal accounts.
- Yes
- Swappable facial interfaceRemovable, wipeable face padding. A consumable, and the difference between shared use and complaints.
- Swappable facial interface: not published by the manufacturer
- CertificationsIndustrial certifications stated on the manufacturer's own page. Empty means unconfirmed, never "probably fine".
- Certifications: not published by the manufacturer
- PortsPhysical sockets and charging contacts.
- Ports: not published by the manufacturer
- Wi-FiThe Wi-Fi generation — it decides how well wireless streaming holds up.
- Wi-Fi: not published by the manufacturer
- BluetoothFor controllers, headphones and accessories.
- Bluetooth: not published by the manufacturer
- Video from a computerWhether a computer can drive it, over a cable or wirelessly.
- Video from a computer: not published by the manufacturer
- AudioBuilt-in sound. Matters most where somebody has to hear a remote expert while working.
- Audio: not published by the manufacturer
- MicrophoneBuilt-in microphone — the other half of talking to a remote expert.
- Microphone: not published by the manufacturer
- MicrophonesHow many. An array picks a voice out of a noisy hall; one does not.
- Microphones: not published by the manufacturer
- Price bandThe band it sits in, rather than a price that goes stale.
- Enterprise
- Launch priceThe manufacturer's launch price. Fixed history, so it never goes stale.
- Launch price: not published by the manufacturer
- Price by configurationWhat each configuration cost at launch.
- Price by configuration: not published by the manufacturer
- Price todayApproximate current net price in USD — a general figure, since these barely differ between regions once tax is stripped out. A snapshot from the date shown, not an offer.
- $949
- Comfort (from reviews)How it wears over a full session. Scored from agreement between independent reviewers, not from our own testing.
- Comfort (from reviews): not published by the manufacturer
- Edge clarity (from reviews)Sharpness away from the centre of the lens. Scored from agreement between independent reviewers.
- Edge clarity (from reviews): not published by the manufacturer
- Tracking reliability (from reviews)How tracking holds up in poor light and fast movement. Scored from agreement between independent reviewers.
- Tracking reliability (from reviews): not published by the manufacturer
- Hand tracking quality (from reviews)How usable controller-free hand tracking is in a training scenario. Scored from agreement between reviewers.
- Hand tracking quality (from reviews): not published by the manufacturer
Who this device is for
Organisations running seated 360° content who specifically need gaze data — attention studies, exhibition analytics, or a research setup measuring where people look in a scene — and who are willing to buy a headset on two published specifications. For ordinary safety or process training it makes no sense: it is a 3DoF device at roughly twice the price of the P2 it is based on.
What is missing, and what the manufacturer does not publish
This is the thinnest record in the catalogue for a shipping headset. DPVR's product page states the eye-tracking module and the IPD range, and that is all: no panel type, no resolution, no refresh rate, no field of view, no processor, no memory, no storage, no battery, no weight, no controller, no certifications. Everything else stays empty here. The specifications you will find on comparison sites for the P2 Vision are the base P2's, and one of them is provably wrong for this model — they describe a three-level IPD adjustment where DPVR states a continuously adjustable 54–72 mm range, which is a different mechanism from the P2's fixed 58, 64 and 70 mm stops. A 899 USD figure appears in archived captures of the page, but DPVR never presented it as a launch price, so we carry only the 949 USD it lists today. The 3DoF classification is stated on the page and confirmed by DPVR's enterprise product navigation.
DPVR P2 Vision — frequently asked questions
- Does eye tracking make the DPVR P2 Vision suitable for VR training?
- Not for ours. Eye tracking tells you where a trainee looked; it does not let them move through a scene or use their hands, and the P2 Vision is a 3DoF headset with no positional tracking. Gaze data is genuinely useful for attention analysis on seated 360° content, and if that is your research question this is a cheap way to get it. If the goal is a trainee performing a procedure, the missing tracking is the blocker and the eye sensor does not address it.
- Why do the DPVR P2 Vision specifications differ between websites?
- Because most of them are the base P2's specifications with a new name on top. DPVR publishes almost nothing for the Vision — an eye-tracking module and an IPD range — so comparison sites fill the gap from the P2. You can catch the error on one row: those pages list a three-level IPD adjustment, which is the P2's 58, 64 and 70 mm stops, while DPVR states a continuously adjustable 54–72 mm range for the Vision. If that row is wrong, treat the rest as unverified.
- How accurate is the eye tracking in the DPVR P2 Vision?
- DPVR states an accuracy error of less than 1.5°, using an ultra-lightweight Ganzin AURORA II module with one LED and one sensor per eye. That is a vendor figure measured under vendor conditions, and DPVR publishes no calibration procedure, no sampling rate and no SDK detail on the product page. If gaze data is the reason you are buying, ask DPVR which SDK reads the tracker and at what frequency before ordering.
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Specifications checked against the manufacturer's page on 2026-08-16. Manufacturer's specification
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