Custom VR training development is worth it when the thing you need to train exists only at your company: your machine, your plant layout, your procedure. For hazards that look the same in every workplace, a ready-made VR course does the job faster and for a fraction of the cost. And there is a third route most buyers overlook. You can take an existing app and have it adapted to your site.
The decision is less about technology than about how specific your risk is. Below is how to tell which case you are in, and what each route costs you in time and control.
When a ready-made VR course is enough
A ready-made course fits when the correct procedure does not depend on where you work. Putting out a small fire, giving CPR, spotting a trip hazard or isolating energy before maintenance follow the same logic everywhere. A catalogue course covers them today, is already tested with real trainees, and gets updates you do not pay for separately.
That covers a large share of mandatory safety training. Our VR course catalog has more than 50 apps of our own, from fire extinguisher basic training to lockout/tagout and forklift safety. If one of them matches your hazard, building the same thing from scratch means paying for a scenario that already exists.
A catalogue course also lets you start small. Run it on one headset with one group, measure the result and decide on scale afterwards.
When custom VR training development pays off
Custom development earns its cost when a generic scenario would teach the wrong thing. A line with a non-standard machine, a process specific to your plant, a control panel your operators must recognise at a glance: no catalogue can model those, because nobody outside your company has seen them.
Typical signs that you need a custom build:
- the training has to show your real equipment or site, and a lookalike would mislead;
- the procedure is your own and differs from the textbook version;
- you need exclusivity because the process is confidential or a competitive advantage;
- results must flow into your own LMS or HR system in a specific format;
- the topic is outside safety altogether (onboarding, quality control, a product demo).
Custom work takes longer. At EHS VR a single, well-defined scenario usually takes around 8 to 16 weeks from the first workshop to a working app on your headsets, and larger projects with several scenarios or custom hardware take more (EHS VR, custom VR and AR app development).
The middle route: adapting an existing app
Adapting an existing app means keeping the scenario logic and changing what the trainee sees and hears. Your hall layout, your equipment, your signage, your branding, an extra language or one additional scenario. It costs less than a new build and goes live in weeks instead of months.
This option is often the right answer for companies that feel a catalogue course is "almost" right. Ask about it before you commission anything from zero.
Side by side
| Ready-made course | Adapted app | Custom build | |
|---|---|---|---|
| Time to start | immediately | weeks | typically 8 to 16 weeks per scenario |
| Fits your site | generic | your layout, equipment, branding | exactly your process |
| Up-front cost | licence only | low end of a custom budget | highest |
| Exclusivity | no | no | possible (full ownership) |
| Updates | included | as agreed | as agreed |
The time figures for adaptation and custom builds come from our own project history. So do the costs: the projects we have delivered ran from a few tens of thousands of złoty for a single, tightly scoped scenario to several hundred thousand for a large app with many scenarios. A concrete number only makes sense after a first workshop, once the scope is defined.
What scale does to the economics
VR content is more expensive to produce than a classroom course. PwC found that building a VR course required up to 48% more initial investment than comparable classroom or e-learning content (PwC, 2020). The same study shows the economics flip with volume: in PwC's model VR reached cost parity with classroom training at around 375 learners and became 52% more cost-effective at 3,000 learners.
For a buy-or-build decision this has a clear consequence. A custom app makes most sense when many people will go through it, repeatedly, over several years. A ready-made course spreads its production cost over every customer who uses it, so it is the better deal for a small group or a one-off need. Put your own headcount and refresher cycle into the VR training ROI calculator before you decide, and read what a VR training pilot costs if you want to test the idea on a small budget first.
Five questions to settle before you choose
- 1Is the correct procedure the same in other companies, or is it yours alone?
- 2How many people will take the training each year, and how often do they repeat it?
- 3Does the trainee need to see your real equipment, or just the right type of equipment?
- 4Must the app stay exclusive to you?
- 5Where do the results have to end up: a certificate, your LMS, an HR system?
Two "yours alone" answers in the first and third questions point toward custom work. Mostly generic answers point to the catalogue. A mix usually means adaptation.
How we handle it at EHS VR
We do both, which is why we can be honest about the choice. The catalogue covers the common hazards. When it does not, our in-house team in Poland takes on custom VR and AR app development under three models: preferential development, where we share the production cost and the app may also join the catalogue; full ownership, where the app stays exclusively yours; and extension of an existing app.
Whichever route you take, results go to the same place. Completions, scores and certificates land in the Skillsive VR LMS, so a custom scenario and a catalogue course show up side by side in one report. If you are still weighing VR against classroom training in general, start with why VR training is more effective than traditional training.
