Find out our VR simulation to give Elevating Platform trainings

Elevating Platforms (MEWP) simulation

Working with elevating platforms (MEWP) entails an inherent risk that sometimes leads to tragedy. According to data collected in the IPAF Global Safety Report, at least 109 people died while using a MEWP in 2021. In an effort to reduce these figures, technologies such as virtual reality are being implemented in elevating platform training.

One out of every 5.7 reported MEWP accidents resulted in death

The accident statistics related to the use of elevating platforms don't lie. Out of the 628 workers involved in the reported accidents in 2021, 109 lost their lives. In other words, one out of every 5.7 workers involved in accidents died in 2021. This speaks to the high incidence of fatal accidents in MEWP-related work.

To combat these accidents, the International Powered Access Federation (IPAF) provides general recommendations. These guidelines aim to prevent and mitigate the various types of accidents that commonly occur when using elevating platforms.

However, the most important tool to prevent these accidents is occupational risk prevention training (HSE). Training employees to recognize risk factors and anticipate accidents can save lives.

New technologies such as virtual reality have emerged to give a fresh boost to HSE training. This tool helps deliver experiential and dynamic training, enhancing education and awareness.

Training in the use of elevating platforms with virtual reality

Virtual reality allows individuals to immerse themselves in realistic environments and situations through simulations. In the context of using elevating platforms, the trainer has access to a virtual scenario to train operators.

By wearing VR goggles, workers face on-the-job risk situations first-hand. Training becomes immersive, and employees experience sensations while learning, which enhances information retention. This learning model is known as "Learn by living."

The HSE trainer configures different experiences for employees and has control over this tool. It serves as a new vehicle for delivering training and sharing knowledge.

By virtually facing risk situations encountered in their daily work, employees prepare themselves to perform correctly in real-life scenarios. VR training doesn't replace mandatory practical exercises but can be used as a preliminary step.

In addition to using VR to deliver training, it can be useful as a "pre-practice" tool. Students go through simulations before engaging in mandatory practical exercises, allowing them to become familiar with the processes. This helps to reduce the time needed for practical exercises and improves efficiency by minimizing errors.

 

 

Undoubtedly, one of the distinguishing elements of elevating platform training with VR is the occurrence of virtual accidents. In this type of training, workers can make mistakes that would result in fatal consequences in reality.

Virtual errors and accidents in elevating platform training

The possibilities offered by virtual reality allow for the configuration of numerous risk situations and accidents. Making mistakes and visualizing their consequences firsthand helps workers avoid making them in real life.

In elevating platform training with VR, employees can experience various virtual accidents:

Falls from the MEWP

Falls are one of the most frequent accidents related to the use of elevating platforms. When an employee is in an elevated position, a fall can be fatal. Here are some types of virtual falls that can occur in PRL training with virtual reality:

  • Falling due to reckless behaviour while getting on the platform, for example, using a ladder inside the MEWP basket. Climbing on the basket's railing would be another behaviour that leads to a virtual accident. 
  • Falls due to catapult effect while descending on uneven terrain. 
  • Falling due to incorrect anchoring to the basket during the use of elevating platforms. 
  • Falls from using the extendable structure to descend from the platform. 

Toppling incidents during the use of elevating platforms

Toppling incidents are one of the most frequent accidents with MEWPs. In 2021, 36 toppling accidents related to the use of elevating platforms were reported.

Safety and health training for MEWPs with virtual reality also includes the possibility of experiencing these accidents:

  • Toppling due to ground collapse when placing the platform on a manhole. 
  • Toppling incidents caused by collision with another machine when the platform is not properly marked. 
  • Toppling incidents due to excessive weight by using elevating platforms as cranes. 
  • Toppling incidents due to inclinometer manipulation

Electrocution, the deadliest accident in the use of elevating platforms

Electrical risks are the most fatal type of accidents when working with elevating platforms. The 27 individuals involved in reported electrocution accidents in 2021 died, resulting in a 100% fatality rate.

Electrical risks are also present in training sessions for the use of elevating platforms with virtual reality. The trainer can simulate the contact between the MEWP and electrical power lines, causing the accident.

When working with MEWPs near power lines, planning and risk assessment are vital to prevent accidents.

In addition to the Elevating Platforms risk simulation, the Ludus platform offers many other simulations available to occupational health and safety trainers. With their license, trainers gain access to all the content, including Fall Protection, Safety in Construction, Forklifts, CPR...

Would you like to learn more about our elevating platform simulation or how to implement VR in your safety and health training? You can contact us through the following link:

 

 

VR safety training for oil and gas — IOGP 2024 key stats: offshore FAR 1.31 vs 0.56 onshore, 41% of fatalities from fire or burns, 26 of 32 deaths were contractors
VR safety training for oil and gas: what the IOGP data says you should be training
The International Association of Oil and Gas Producers recorded 32 company and contractor fatalities in 2024, across 21 separate incidents,
Ludus vs Transfr
Ludus vs Transfr: Workforce Development or Industrial HSE Compliance?
These two platforms are frequently shortlisted together and rarely compete for the same budget, because they solve problems at opposite
Ludus vs Strivr comparison cover: ready-built HSE catalogue in 17 languages vs custom build at Fortune 500 scale
Ludus vs Strivr: which VR training platform fits an industrial HSE programme?
These two platforms are not really competing for the same budget, and a buyer who understands that will reach a decision faster.
When VR safety training works (and when it doesn't) | Evidence 2026
When VR safety training works, and when it doesn’t: what the research actually shows
VR safety training works. Systematic review and meta-analysis — not just vendor case studies — confirm it outperforms traditional methods
VR medical training: 2025 trial evidence and what it means for hospital safety programmes
VR medical training: the 2025 trial evidence, and what it means for hospital safety programmes
VR medical training has the strongest evidence base of any VR training application, because medical education has a research culture that
VR training ROI: defensible inputs and the OSHA lever most business cases miss
VR training ROI: how to build the number your CFO will actually accept
The headline industry figure is 219% ROI over three years with payback in under six months. It comes from a Forrester Total Economic Impact
VR training simulator hardware guide: how to choose the device
VR training simulator: how to choose the hardware, and why the device is the last decision
A VR training simulator is three things: a headset, a software platform, and the scenarios that run on it. The headset is the part buyers
Data visualisation of VR safety training statistics showing PwC, BLS and enterprise deployment metrics
VR Training Statistics 2026: 40 Verified Numbers on Adoption, Effectiveness and ROI
Every VR training statistic in this article is traceable to a primary source. Figures without a defensible citation — including the
Composite of nine industrial VR training scenarios across sectors from oil rigs to hospital wards
Virtual Reality Training: 9 Industries Using VR for High-Risk Work
Enterprise VR safety training is not evenly distributed across the economy. It clusters in a specific set of industries where three things
Worker wearing a standalone VR headset practising a high-risk safety procedure in an immersive simulatio
What is VR safety training? A practical definition for HSE managers
VR safety training is the use of immersive virtual reality simulations to teach workplace safety procedures in realistic, hands-on
Drillship crew member wearing a VR headset during a CPR simulation, with an OPITO instructor observing
Inside the first VR CPR training on an offshore drillship: how Deepsea Networks tripled crew participation with Ludus
On an offshore drillship, the nearest hospital can be hours away by helicopter. If a crew member collapses with a suspected cardiac arrest,
Side-by-side dashboards of Ludus and Immersive Factory VR safety training platforms
Ludus vs Immersive Factory: Which EU VR Safety Training Platform Wins in 2026?
Ludus and Immersive Factory are two of the strongest EU-rooted VR safety platforms, and the right choice depends on industrial breadth,
Side-by-side dashboards of Ludus and PIXO VR safety training platforms
Ludus vs PIXO VR: Which VR Safety Training Platform Wins in 2026?
Ludus and PIXO VR are both enterprise VR safety platforms, but they're built on different models. Ludus (HQ Bilbao, Spain; LATAM office
Side-by-side Ludus and Pixaera VR safety training platform dashboards compared
Ludus vs Pixaera: Which VR Safety Training Platform Wins in 2026?
Ludus and Pixaera are both VR-native safety training platforms, but they serve different buyers. Ludus (HQ Bilbao, Spain; LATAM office
Side-by-side dashboard view of 11 safety training software platforms ranked for 2026
Best Safety Training Software 2026: 11 Platforms Compared [Verified Pricing & Features]
The best safety training software in 2026 is the platform that matches your hazard profile, workforce size and language requirements — not
How to Get Employees on Board with VR Safety Training
How to Get Employees on Board with VR Safety Training
You have the headsets. You have the platform. You have the modules ready. In most cases, workers get on board quickly — the novelty and
VR Safety Training
VR Safety Training: What It Is, How It Works & Why It’s Replacing Classroom Training
VR safety training is the use of immersive virtual reality simulations to teach workplace safety skills in realistic, hands-on scenarios
Trainer kneeling with VR headset during a session, while two colleagues watch the simulation on a screen
This is how occupational health and safety trainers learn to use virtual reality
The Ludus virtual reality simulations have the mission to complement the PRL trainings, giving more options to the trainer to transmit his
How to Implement Ludus' Virtual Reality in Your Occupational Safety and Health Training
More and more companies are benefiting from using virtual reality technology in their risk prevention training. Ludus' mission is to
VR vs Classroom HSE Training: Truths and Myths
VR vs Classroom HSE Training: Truths and Myths
It's the question most HSE managers ask before taking the leap: if we implement virtual reality, what happens to the classroom training we