Virtual reality for MEWP operator training (mobile elevating work platforms)

Three ways to get hurt on a platform

Mobile elevating work platforms are, statistically, a safer way to work at height than improvised scaffolding or ladders. But when something goes wrong, it goes wrong fast and high up.

The Global Safety Report published by IPAF in 2025 on 2024 data provides the most complete international picture available. In 2024 there were 100 powered access fatalities, down from 135 in 2023 (–26%), and 170 reports of fatal or major incidents against 201 the previous year (–15%). The leading cause of accidents remains overturn, followed by entrapment and falls from the platform.

Two further findings are directly useful for training design:

• Most incidents occur on construction sites (37%), followed by arboriculture (13%) and the electrical sector (13%).
• The machine categories most involved are 1b (34%), followed by 3a and 3b (26% each).

In other words, risk is not evenly distributed. It is concentrated in a few accident modes, on identifiable machine types and in specific contexts of use. A generic training programme spends its time on everything else.

Why conventional training only gets halfway

The regulatory frame is solid. The harmonised standard EN 280 (now EN 280-1:2022) sets design calculations, stability criteria, construction, examinations and tests for MEWPs, in line with the Machinery Directive. In Italy, Legislative Decree 81/08 covers work equipment in Title III and work at height in Title IV, while the State-Regions Agreement of 22 February 2012 (art. 73(5)) lists MEWPs among the equipment requiring specific operator certification, with separate modules for platforms with stabilisers, without stabilisers, or both, and a 4-hour refresher every five years. formazione-obbligatoria-accordo-stato-regioni

The problem is not the rule. It is that in-company practical assessment almost always takes place on flat ground, with a machine in good order, no wind, no traffic and no deadline. The conditions in which accidents actually happen — side slope, a collapsing manhole cover, a basket snagged against a structure, boom at maximum reach — cannot be deliberately reproduced without putting somebody at risk.

What the research says about VR

The evidence on virtual reality training is now substantial. A systematic review with meta-analysis published in Safety Science (2023), covering 16 studies and 61 effect sizes, found a significant overall effect of VR compared with conventional methods (d = 0.495), with benefits for both knowledge acquisition and retention. A second meta-analysis focused on construction reports a similar effect size (d = 0.516).

Two caveats intellectual honesty requires:

• The strongest effects emerge precisely in fall-prevention and equipment-operation scenarios — which is MEWP territory.
• Only a minority of studies (around a third) measure long-term retention. VR improves learning; it does not make it permanent. A refresher plan is still needed.

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Designing VR scenarios for MEWPs

Start from real causes, not from machine functions

If overturn, entrapment and falls from the platform are the three dominant modes, there are three priority scenarios. Everything else is secondary.

Scenario 1 — Stability and ground conditions. The operator must assess the area before setting up: slope, recent excavations, manhole covers, weak paving, ground bearing capacity after rain. VR lets an outrigger sink through the surface without anyone falling.

Scenario 2 — Entrapment. The most insidious mode: the person is crushed between the basket guardrail and an overhead structure, often during a reversing or raising manoeuvre. The scenario must train scanning of the space above and behind the platform, and correct use of controls at low speed.

Scenario 3 — Falls from the platform and restraint. Anchoring the restraint system to the point specified by the manufacturer, correct behaviour inside the basket, no climbing on the guardrail. lavoro-in-quota-prevenzione-cadute

The scenario almost nobody trains: rescue

IPAF has stressed for years that a documented rescue plan, understood by everyone involved and rehearsed at regular intervals, is a key control measure, and that global legislation increasingly requires one. In practice, though, the ground person authorised to use the emergency controls is often the one who has never touched them.

This is where VR offers one of its best cost-benefit ratios: the whole crew can practise emergency lowering from the ground controls, with an incapacitated operator in the basket, in ten minutes each, without stopping the site.

Design rules

• Short sessions, 8–12 minutes per scenario. VR is tiring.
• Errors allowed, but with visible consequences: the machine tips, the basket jams. Without consequence there is no emotional learning.
• Faithful reproduction of the controls on the machine actually used in the company.
• No substitution for real practical assessment: VR precedes and complements the practical module required by the Agreement, it does not replace it.

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Debriefing and measurement

A scenario without debriefing is a video game. The facilitator must take the decisions made in session and connect them to company procedures: where do we position the MEWP in our yard, who is the ground person on our site, where is the key to the emergency controls kept.

Useful indicators:

• Time and accuracy of the pre-use check, measured in scenario.
• Percentage of operators who, in the real practical test, independently identify the instability cause set up by the trainer.
• Existence and documented rehearsal of the rescue plan: from "absent" to "rehearsed in the last 6 months".
• Reports of unsuitable ground conditions raised before set-up.

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In short

IPAF data tells us precisely how people die working on a MEWP: overturn, entrapment, fall. Regulation tells us who must be trained and for how many hours. Research tells us that virtual reality measurably improves learning in exactly the work-at-height and equipment-operation scenarios involved. Connecting the three is not automatic: it depends on scenario selection, fidelity to the real controls, and the quality of the debriefing.

Sources

• IPAF, Global Safety Report 2025 (2024 data): ipaf.org
• IPAF — 2024 accident analysis, 26% decrease in fatalities: ipaf.org
• EN 280-1:2022 — Mobile elevating work platforms: design calculations, stability criteria, construction, examinations and tests: CEN / iTeh
• Virtual reality for safety training: a systematic literature review and meta-analysis, Safety Science (2023): sciencedirect.com
• State-Regions Agreement of 22 February 2012: Gazzetta Ufficiale