Virtual Reality for Working-at-Height Training

Training at height without the risk of height

Working at height remains a leading cause of serious and fatal injury. In 2024 Italy's INAIL recorded 589,571 injury reports and 1,077 fatal injury reports, with construction among the sectors most exposed to falls from height. The paradox of traditional training is clear: to learn to work at height you must climb, yet climbing as a novice is precisely the most dangerous moment.

Virtual reality (VR) resolves the paradox: it lets workers repeat fall-protection procedures — anchoring, harness use, twin lanyards, assessing attachment points — in an immersive environment where mistakes teach without hurting.

The evidence on VR effectiveness

PwC's study of VR training found that learners complete courses up to four times faster than in the classroom, feel 275% more confident applying skills, are 3.75 times more emotionally connected to content and four times more focused than e-learners. For activities where safety depends on perceived confidence and readiness, these figures matter.

What to train in VR (and what not to)

Yes: decisions, sequences, hazard recognition

VR excels at training the process: choosing the right anchor point, spotting damaged PPE, managing swing-fall risk, assessing the environment before starting. These are the decisions that, when wrong in reality, cost dearly.

No: the physical feel of load

VR does not replace hands-on training with Category III PPE. Recall that Article 77 of Italy's Legislative Decree 81/08 requires specific training and instruction for Category III PPE, including fall-arrest devices. VR prepares the practical test; it does not eliminate it.

Fitting the training duty

An effective path combines: theory on working at height and preventing falls, a VR session to internalise procedures, hands-on training on personal protective equipment and field verification. VR shortens the learning curve and cuts the number of risky repetitions needed.

Designing realistic scenarios

Scenarios should mirror the real environment: the company's roofs, scaffolds, silos, pylons. As with 360° environments in training, the more faithful the scenario, the higher the transfer to real behaviour. It helps to include degraded conditions — wind, slippery surfaces, ambiguous anchors — to train judgement, not just the ideal sequence.

In short

VR does not remove the risk of working at height, but it shifts much of the learning to before real exposure. Combined with the mandatory hands-on training on fall-protection PPE, it reduces errors, raises confidence and makes the first real climb far less dangerous.