On the first Tuesday of April 2022, the training manager dropped a requisition on my desk: 28 HP Reverb G2 VR headsets, 28 PCs capable of running them, and a total price tag around $38,000. I remember staring at the quantity column and thinking: we haven’t run a single VR pilot yet, and we’re about to spend more on hardware than we spent on the entire forklift safety program the previous year. It felt like buying a fleet of trucks before confirming the route.
I should explain my role before I go further. I’m the procurement manager at a mid-size manufacturing company, and for six years I’ve tracked every dollar of our training equipment budget—roughly $180,000 in cumulative spend by my count. My job isn’t to reject new ideas. It’s to make sure that if an idea fails (and some do), it fails small enough that we’re still around to try something smarter. That mindset saved us once in 2020, when it stopped me from signing a three-year software contract two weeks before we changed our entire workflow. So when the VR request landed, my answer wasn’t no. It was “not yet, and not 28.”
The training manager’s request made sense, by the way. We use forklift simulators for safety training, and the software platform she wanted runs on Windows PCs through SteamVR. She’d narrowed the hardware search to the HP Reverb G2 VR headset because reviewers in professional forums kept mentioning its display clarity and inside-out tracking—no external base stations to mount in the training room. The quantity, 28, matched the number of forklift operators on our shift rosters. It sounded precise. It just wasn’t precise in any way that mattered, because we had zero data about running VR training in our own facility.
From 28 Headsets to a 6-Headset Pilot
I called a meeting and made a counteroffer: six headsets, one spare cable per two units, and a written evaluation plan. We would measure three things—time to complete the simulation, pass rate on the written safety check, and every support incident that interrupted a session. If those numbers looked promising, we’d have evidence to take to the budget committee for a bigger rollout. If they didn’t, we’d be out maybe $13,000 instead of $38,000. The training manager agreed, though I could tell she thought I was being unnecessarily cautious.
Then came the vendor calls. I sent requests for quotes to three companies: one national IT reseller and two regional integrators that listed simulation hardware among their services. The national reseller’s account rep took two business days to return my voicemail. When I told him our first order would be six headsets plus spare parts, his tone changed. He said pilots in his experience started at twenty or more, and I should call him when we were ready for a real deployment. Maybe that’s a logical sales strategy for his pipeline. But from where I sat, it read as: if you’re not spending big money today, you’re not worth his time today.
The third company—a smaller integrator—treated the six-unit request as if it were sixty. They asked which simulation software we were running, what GPUs our PCs had, whether our trainees wore glasses, and whether we understood the tether cable would eventually wear out. Their quote was not the lowest. In my opinion, though, it was the most honest, because it included spare cables, face cushions, and a realistic lead time. That’s the kind of response that makes a procurement person trust you.
What a VR Training Seat Really Costs
While the quotes came in, I did what I always do before a capital purchase: I built a total cost worksheet. This is where the HP Reverb G2’s public specs mattered more than marketing language. The headset’s resolution—2,160 × 2,160 per eye, documented on HP’s product page—was important because our trainees need to read gauges and warning labels inside the simulated forklift cab. Comfort mattered too, since sessions run forty minutes or more. And because the training software runs through SteamVR, the HP Reverb G2 SteamVR setup path was short: install Windows Mixed Reality for SteamVR, plug in, and launch.
But here is the part that drove me crazy during research: the headset price is the easiest number to find and the least useful one. Search the web for “best headset” and half the results are wireless audio roundups, including PS5 wireless headset lists, that have nothing to do with virtual reality. A VR headset isn’t an upgraded pair of headphones; it’s a display strapped to your face. A new HP Reverb G2 headset was listed at roughly $500 to $600 from most suppliers in spring 2022. That sounds reasonable until you price the rest of the seat:
- A VR-ready desktop with a discrete GPU: roughly $1,200 to $1,800
- The headset itself: around $500 to $600
- Spare cable, extra face cushion, and cleaning supplies: $200 to $300
- IT setup time, software licensing, and admin overhead: impossible to generalize
Fully loaded, each training seat in our pilot cost us close to $2,000—and the headset was maybe a quarter of that. I don’t blame the reviewers who focus on headset specs; headset specs are what they can test. But if you’re budgeting for VR in a business context and you’re only comparing headset prices, you’re comparing the cheapest part of the system.
Those cost ranges came from public listings I checked in April 2022, so take them with a grain of salt. Prices move. The proportions are likely more durable than the dollar figures.
The Unexpected Unit Right Out of the Box
The pilot started in May 2022. Delivery took about two weeks. Setup was not plug-and-play—we lost an afternoon to a firmware update and a Windows Mixed Reality hiccup—but after that, the headsets worked as expected with SteamVR. Then one unit arrived with a dead DisplayPort connection. The headset powered on, but the display never lit up. We spent forty-five minutes swapping cables and testing on a second PC before concluding it was the unit itself.
This is where the vendor decision paid off. I’ve dealt with enough DOA hardware to know that some vendors expect you to ship the defective unit back and wait for the RMA process to grind through. That can take ten business days, which in a training schedule is an eternity. The smaller integrator instead sent a replacement overnight and included a prepaid return label for the dead unit. One phone call, forty-eight hours later, we were fully operational.
That moment changed my thinking about vendor relationships in procurement. In the past, I usually picked suppliers by lowest quote on the spreadsheet. The quote is still important, but it tells you nothing about how a supplier reacts when something breaks. A small pilot order is, among other things, a cheap way to test that reaction before you’re scaling to twenty or thirty units.
The Numbers, With a Heavy Dose of Caution
Eight weeks later, we had results. Fourteen employees went through the VR certification, and time-to-completion dropped about 20% compared with the previous classroom-based cohort. The written safety scores improved, though I’d be lying if I said the sample size proved anything rigorous. Take those numbers with a grain of salt—it was one small group at one company, not a peer-reviewed study. But it was enough for the training manager to take to leadership, and it gave us something more valuable: actual support incident data for planning a larger rollout.
One more thing we learned: yes, people do get temporary marks on their foreheads after wearing a headset. One trainee literally searched “is headset dent permanent” during a break. It’s not. The red line fades within an hour or two, and adjusting the strap so the weight rests on the top of the head rather than the face eliminates most of the issue. If a mark lasts longer than a few hours or hurts, that’s a fit problem worth fixing before more sessions—don’t just tighten the straps and hope.
We eventually scaled the program. The pilot didn’t make the rollout cheaper—scaling is scaling—but it made the budget request more defensible and the technical plan more realistic. We knew what spare parts to stock, how much setup time to allocate, and which vendor would actually answer the phone.
Don’t Confuse a Small Order With a Small Commitment
As I write this, the company that took our six-headset pilot seriously is still our first call for new hardware. The national reseller never got the larger order. That’s not a revenge story; it’s a procurement filter. A supplier’s attitude toward a modest order tells you how they’ll treat you when a problem shows up at an inconvenient time.
This worked for us because our simulators live in a fixed training room, with each headset tethered to a PC a few feet away. If you’re planning warehouse-scale VR where people walk around freely, or if your training content runs on a standalone headset with no PC at all, the right hardware list may look completely different. Your mileage will vary. That’s fine.
But the core lesson transfers: run the pilot, measure something specific, and test the vendor as hard as you test the headset. Small doesn’t mean unimportant. In procurement, small is often the smartest way to learn what would otherwise cost you a fortune to discover at full scale.