An hour of pilot training in a real aircraft costs thousands. Training a crane operator on an active site carries real risk. An evacuation drill run "on paper" prepares nobody for panic. Those are three reasons why VR training simulators have stopped being a gadget and become a working tool. But what is the real vr training simulator cost?
How a simulator differs from a "VR app"
Three very different things are sold on the market under one label:
- VR presentation — a virtual walkthrough of a building, a showroom, a visualisation. A few scenes, simple interaction.
- VR training — the user works through a procedure step by step, and the system assesses accuracy and reports the results.
- Simulator — a faithful reproduction of a machine and its physics, often coupled with hardware: a motion platform, control panels, telemetry.
The cost difference between the first and the third is not a matter of percentages — it is orders of magnitude. That is why the first question is always: what is the user supposed to learn, and how will we measure that they have learned it?
What a VR project is made of
- 3D models and environment — the cockpit, the hall, the machine. The more faithful, the more expensive; a realistic cabin means dozens of hours of work.
- Logic and physics — how the equipment behaves and what happens after an operator error. The heart of the simulator and the biggest item in the budget.
- VR interaction — controllers, hand tracking, comfort of use (crucially: no simulator sickness).
- Training layer — scenarios, assessment, reports for the instructor.
- Hardware integration — motion platform, panels, sensors, real-time telemetry. This is where software meets electronics, and it is usually the hardest part.
Price ranges
At our rates: €46/h for development, €35/h net (excl. VAT) for design.
Euro amounts converted at the NBP mid-market rate of 14 September 2026 (€1 = 4.3391 zł) and rounded. We invoice in PLN.
A few scenes, simple interaction, off-the-shelf or simplified 3D models.
Procedure scenarios, accuracy assessment, an instructor panel with reports, several environments.
Faithful models, physics, communication with the motion platform and panels, real-time telemetry.
On top of that comes hardware — headsets (from ca. €460 each in the consumer segment, considerably more in the professional class), workstations and, where needed, a motion platform, which can be the most expensive element of the whole set-up.
When VR really pays off
The maths is simple: the cost of one real-world training session × the number of sessions per year. If you train two people a year, VR will not pay for itself. If you train hundreds, it pays off faster than you think. A simulator is particularly worthwhile where:
- the real equipment is expensive to run (aviation, heavy machinery),
- a mistake in the real world is dangerous (emergency services, energy, industry),
- many people have to be trained to the same standard,
- you want to measure progress — VR produces hard data on every move the trainee makes.
The most common mistake: starting with the headsets
Companies often buy the hardware first and then look for something to run on it. The right order is the opposite: define the procedure and the effectiveness metrics first, then choose the technology. Sometimes it turns out that a simulator on a monitor is enough — no headsets, cheaper and more convenient. VR makes sense where space, reflexes and hand work matter.
Our experience
We built an application for a flight platform for a client from the Czech Republic: a flight simulator operated in VR headsets, coupled with 3D models of the aircraft, a motion platform and telemetry displayed in real time. It was a project in which the software had to talk to hydraulics — and that layer was exactly what determined how realistic the whole experience felt.
If you are considering a simulator or a VR training programme, the best place to start is a conversation about the procedure you want to reproduce. Everything else — models, physics, hardware — follows from it.