Which VR headset for training is the wrong question until you know what makes twenty of them manageable rather than a burden, and the answer has almost nothing to do with resolution. We keep a free database of over 70 headsets and AR glasses with the figures that actually decide a rollout, and after enough of those rollouts the same four specifications keep coming up.
Six classes, because one table would lie
A standalone VR headset, a PC-tethered headset, industrial AR glasses worn under a hard hat and a pair of AI glasses with a camera and no display are not variants of one product. Forcing them into a single specification table produces rows that are empty for half the devices and meaningless for the rest.
So the database splits them into six classes (standalone VR, PC-tethered VR, industrial AR, spatial computing, AR viewers and AI glasses), and each class carries its own relevant rows. When a specification genuinely does not apply to a class, the tool says so rather than showing a dash. "Does not apply to this class" and "the manufacturer does not publish it" are two different statements, and a buying decision can hinge on which one you are looking at.
Every figure has a source, and borrowed ones are marked
Most numbers come from the manufacturer's own specification page. Some manufacturers simply do not publish figures buyers ask for: Apple states no per-eye resolution, HTC and PICO no device weight. In those cases we show a measurement somebody else took, marked with a ≈ and a link to whoever took it.
That marking is the point. A borrowed measurement is useful and should be visible, but it must never read as a vendor claim, and nothing in the database is estimated by us. Each device page also carries the date its data was last verified, so you can see how fresh what you are reading is.
The four specs that decide a rollout
Ask what people filter by and it is almost never resolution. Four things decide whether twenty headsets are manageable or a burden:
- Device management — a console that pushes an application to every unit without anyone touching them. Without it, updating twenty headsets is twenty manual updates.
- Kiosk mode — the device boots straight into your training and nothing else, so nobody wanders into a browser or a store. We cover why this matters in VR kiosk mode for training headsets.
- Swappable facial interfaces — a wipeable surface between faces, which is a hygiene question the moment a headset is shared. See VR headset hygiene for shared training devices.
- Standalone operation — no cables in a room full of trainees, no gaming PC per station, and a crew trainable in a warehouse corner rather than a lab.
The filters in the tool sit on exactly those, which is a deliberate difference from consumer comparison sites optimised for a buyer choosing one headset for themselves.
Where colour passthrough fits
Colour passthrough decides whether a headset can do mixed reality at all: it shows the real room through the device's cameras, so digital guidance can be drawn over real equipment and a trainee can be handed a real object mid-exercise. Most current standalone headsets have it; older ones do not: the Quest 2, Quest 1 and Vive Focus 3 pass through in grayscale only, and the Pico Neo 3 family has no passthrough at all. That is why the database records colour and grayscale as different values instead of a yes/no: a grayscale tracking camera is not a mixed-reality feature, and a filter that says otherwise sends you to the wrong device.
Dedicated AR glasses are a different category with different specifications (lighter, worn in the field, with a much smaller display area), and the database keeps them as their own classes rather than mixing them into the VR table. Worth remembering, too, that AR does not require glasses at all: modern phones and tablets handle it well, which is often the cheapest way to put step-by-step guidance in front of a technician standing at the actual machine. We compare the two approaches in AR vs VR training: which fits what.
What we recommend, stated plainly
For most companies we recommend Meta Quest. Not because the competition is weak, but because it is the most widely available and most commonly deployed headset, it is the one we have tested our courses on most, and our applications are tuned for it, so it is the setup where everything works from day one.
That is a recommendation, not a lock-in. Our courses run on PICO and HTC VIVE headsets too, because they are built on open XR standards rather than one vendor's SDK. If a course does not run on hardware you already own, talk to us before you replace a fleet. And if the training belongs on a phone rather than in a headset, an AR application for iOS and Android is a legitimate answer to the same problem.
How to use it
Filter by what your rollout needs, open two or three candidates, then send them to the XR device comparison to read them row by row. Each device also has its own page with the full table, the verification date and, where it exists, our own take on where the device fits.
If you take one thing from those filters: buy for the second year, not the first. A headset that is easy to update, clean and lock down costs the same on day one and a great deal less by month twelve.
