Cabin Crew Training Gets Closer to the Real Thing

Airlines are demanding more realistic, integrated cabin crew training environments as the focus shifts from rehearsing individual procedures to preparing crews for the pressures, complexity and unpredictability of real-world operations.

Dubai-based cabin crew training equipment manufacturer Spatial is responding by developing increasingly sophisticated devices designed to immerse crews in realistic scenarios and require them to observe, decide and adapt. 

Speaking to Halldale at APATS 2026 in Bangkok, Spatial Managing Partner Marc Van den Broucque said the change is visible in both the equipment airlines are specifying and the way they want to use it.

“Over the last 10 years, more and more we’ve been seeing this kind of scenario-based training, reality-based training, become much more prevalent,” he said.

Traditionally, a cabin crew training device might have been designed around a relatively narrow task: opening a particular aircraft door, for example. Airlines are increasingly asking for more complete cabin environments that allow different procedures and scenarios to be combined.

Rather than an instructor simply telling a trainee that an aircraft has landed on water and asking them to perform the appropriate procedure, Van den Broucque said the aim is increasingly for crew members to identify what is happening around them and respond accordingly.

“It’s about taking people off the script as much as anything else, making sure that people are reacting to situations in a more natural way.”

That is also changing what realism means in cabin crew training. For Van den Broucque, visual fidelity is only part of the equation. The objective is to recreate enough of the operational environment to generate an authentic emotional and behavioural response.

“You want the crew to be stressed. You want to induce some level of panic, because ultimately you want people to learn how to handle these things, how to cope in those situations when there’s lower risk involved than on the line.”

Spatial is currently taking that approach further with an evacuation trainer that allows pilots and cabin crew to train simultaneously. Pilots at the front of the device can effectively fly the simulated aircraft, while cabin windows respond to what is happening in the cockpit.

That creates the potential for scenarios in which an emergency unfolds while crew members still have to perform their normal operational responsibilities.

“The idea behind that, again, is when pilots are in an emergency – let’s say there’s a fire – they still need to be doing their primary job at the same time,” Van den Broucque said. “It’s just trying to create more of that friction.”

The trend is extending beyond emergency procedures. Van den Broucque said Spatial has seen airlines increasingly interested in conducting a wider range of training inside realistic cabin environments rather than moving trainees between conventional classrooms and specialist devices.

Spatial previously developed a cabin mock-up for Emirates specifically for medical and first-aid training, including features such as a lavatory and aisle to replicate restricted spaces. It is also delivering six cabin service trainers for easyJet, with the intention of allowing crew to spend more of their training immersed in an aircraft-like environment.

“What we’ve actually seen in the last 12 months, 24 months, has been people wanting cabin mock-ups to do all of their training inside,” he said.

Spatial has also had to adapt its own operations amid the conflict affecting the Middle East. Van den Broucque said the company’s Dubai operations have continued largely as normal, with no working hours lost. Spatial has increased stock levels and established alternative shipping routes through Oman and Saudi Arabia to strengthen its supply chain.

“The effect on us has been relatively minor,” he said.

Finding the Right Role for VR

Virtual reality is also becoming part of the cabin crew training mix, although Van den Broucque cautioned against treating it as a replacement for physical training devices.

The question, he argued, should be which technology is best suited to the competency being developed.

“It’s about matching what you actually want to achieve to the tool rather than saying, ‘We’ve got VR, let’s do everything in VR.’”

Aircraft familiarisation is one area where VR can work particularly well. Instead of requiring access to an operational aircraft, trainees can use a headset to explore the cabin and learn its layout. Aircraft security searches are another potential application.

Physical interaction becomes more important for tasks such as operating doors, however. VR door trainers have existed for years but remain relatively niche, Van den Broucque said, in part because they do not necessarily meet regulatory requirements for practical training.

He expects immersive technologies to play a growing role, but primarily by making training more efficient and improving preparation for physical training rather than simply replacing existing devices.

Asia-Pacific Raises Expectations

In Asia-Pacific, Van den Broucque has also seen regulators becoming more demanding about the capabilities of cabin crew training equipment.

Spatial has upgraded previously delivered devices to meet changing requirements, while airlines are increasingly looking for a more complete cabin experience rather than standalone training components.

At the same time, much of the region already has relatively modern training infrastructure, meaning current purchasing activity does not necessarily reflect the long-term scale of the market.

“A lot of the Asia-Pacific market actually is relatively well served with decent-quality cabin training devices,” Van den Broucque said. “There hasn’t been a big replacement cycle.”

One unexpected area of current demand is motion. Spatial recently completed two motion systems for Air India and has further systems in production, an unusually high concentration for a technology where demand has historically fluctuated.

Looking ahead, Van den Broucque expects the next stage of cabin crew training technology to be less about replacing today's equipment and more about making training scenarios richer and less predictable.

That could include simulated passengers who fail to follow crew instructions during an evacuation – taking baggage with them, for example – forcing trainees to respond to the human complications of an emergency rather than simply executing a predetermined sequence.

For Van den Broucque, that is where realism ultimately matters: not in reproducing an aircraft for its own sake, but in creating an environment in which crews must observe, decide and adapt.

“The more that people learn from each other, that’s important,” he said. “Particularly when it comes to technology and safety, this isn’t a competitive advantage.”