Published On : October 2026
Two organisations can need exactly the same cabin trainer and still buy it in completely different ways, and the difference lies in who pays, who operates the device and who carries the risk of it ageing.
Within the aviation cabin crew training simulators market, the buyer type and the commercial model are therefore best read together, because the model determines how a purchase is approved, financed and supported.
This page describes end users and business models strictly as market segments, and it does not rank buyers by size or compare what they pay.
The people who train cabin crew fall into a few groups: airlines that train their own staff, independent training academies that train crew for several employers, defence and government units, and training centres tied to aircraft manufacturers.
The ways of acquiring a training capability are equally varied, from buying a device outright and running it in-house to paying for access to a device that someone else owns and maintains.
Some buyers want full control of their devices and schedules, while others want to avoid a large capital outlay and the work of keeping a trainer certified and in working order.
A small airline with a few aircraft types may find that a leased or shared facility makes more sense than a dedicated hall, whereas a large carrier with a heavy recurrent training load may find ownership more practical.
End users and models are not independent choices, since the type of buyer limits which models are realistic and the model, in turn, limits which suppliers can compete.
The sections below take the principal buyers first, then the capital purchase of a device, then the service-based alternatives, and finally the aftermarket that follows every installation.
Commercial airlines are the core buyers of cabin crew training devices, because they employ the crew, carry the regulatory responsibility for their training and bear the cost of crew who are not ready to fly.
Within the airline segment, full-service and low-cost carriers approach training differently, and the difference shows up in the devices they choose.
Full-service carriers run several cabin classes and a broad service offering, so their training extends beyond safety into premium service routines, and they are more likely to invest in mockups with detailed cabin interiors and in scenario content for service.
Low-cost carriers typically operate a smaller number of aircraft types with a standard cabin, and their training emphasises safety procedures and efficient turnaround, which suits a more compact set of devices.
Each carrier type has its own cabin and service model, so the training each carrier type has to deliver differs, and with it the mix of devices that carrier needs.
Both kinds of carrier have to train large numbers of crew each year, because cabin crew turnover and fleet growth create a continuous stream of new joiners alongside recurrent training for existing staff.
A carrier with a base far from its main training centre may need a second set of devices, or may send crew to the main centre at the cost of travel and time away from flying.
Airlines also differ in whether they train in-house or send crew to an outside academy, and many do a mix, keeping core safety training in-house while buying specialist modules from others.
Fleet decisions drive device decisions, since a new aircraft type calls for new training equipment, and an airline that is adding a type is often at a point where it reviews its entire training set-up.
For suppliers, airlines are the largest group to sell to, but they are also a demanding group, with specific procedures, tight schedules and a strong interest in the total cost of keeping a device in service.
Airlines therefore define the baseline demand against which other end-user segments are measured.
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PROCUREMENT INSIGHT A carrier adding a new aircraft type is usually reviewing its whole training set-up, so fleet plans are an early signal of upcoming device purchases and upgrades. |
Outside the airlines, three other kinds of organisation buy cabin crew training devices: independent training academies, defence and government units, and training centres connected to aircraft manufacturers.
Independent academies serve several airlines at once, so their devices are used heavily and across a range of procedures, and they value flexibility in configuration and the ability to reconfigure a cabin for different customers.
An academy sells training time, so every hour a device is out of service has a direct effect on its revenue, which makes reliability and quick repair central to its buying decision.
Defence and government units run cabin training for military transport and government aircraft, and their requirements follow the procedures of their own services rather than those of commercial airlines.
Their purchases are often made through formal tenders, with specific technical and security requirements and a longer approval path than a commercial buyer would follow.
Training centres affiliated with aircraft manufacturers support the introduction of new aircraft types, and they train crew for customers of the manufacturer on equipment that matches the aircraft closely.
These centres tend to hold devices for the manufacturer's own aircraft and are an important route by which new training equipment reaches the market.
The three groups have a common feature, which is that they are more concentrated than the airline base, and a small number of purchases can matter a great deal to a supplier.
They also differ from airlines in being less tied to the commercial airline calendar, so they can smooth demand when airlines delay purchases.
For a supplier, serving these groups calls for a different sales approach, with tenders and long qualification periods in the defence case and close technical alignment in the manufacturer case.
The simplest business model is the one in which the buyer pays for the device, takes ownership and runs it, and it remains the reference point against which other models are described.
A capital purchase covers more than the device itself, because it normally includes design, manufacture, delivery, installation in the buyer's facility, commissioning and the training of instructors.
The buyer needs a suitable hall, with enough floor area and ceiling height for the device, and with power, ventilation and in some cases water supply and drainage for fire and water survival equipment.
Lead times matter, because a custom cabin trainer may need many months for design and build, and the buyer must align delivery with the start of a training programme or the arrival of a new aircraft.
Which device is bought also depends on who can build it, and the manufacturers that supply these buyers differ in lead times, build approach and the support they offer after installation.
The build technologies chosen affect how long a device takes to deliver, how easily it can be moved and how it can be changed later, so the buyer's choice of supplier and build are made together.
Ownership gives the buyer full control of scheduling and content, and it avoids paying a provider for every session, though it brings the burden of upkeep, upgrades and keeping the device compliant.
Because a cabin trainer is used for many years, buyers consider the whole life of the device, including spare parts, repair and the cost of updating it when aircraft interiors or procedures change.
Capital purchases are concentrated among buyers with large and steady training loads, such as major airlines and large academies, since these buyers can use the device enough to justify owning it.
For a supplier, the capital model is project-based, with each sale a distinct delivery, which makes the order book lumpy and puts a premium on reputation and references.
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BUYER INSIGHT A cabin trainer is a long-lived asset, so the sensible comparison between suppliers is the whole life of the device, including spares, repairs and updates, and not only the delivered price. |
Service-based models give buyers access to training capability without owning the device, and they have grown as operators look for flexibility.
Training-as-a-service means that a provider owns and maintains the training devices, and the airline pays for the use of them, whether by session, by trainee or through a contract for a fixed period.
Leasing is closer to ownership, since the buyer has a device installed in its own facility, but the supplier or a finance partner retains title and the buyer pays over time.
Subscription models apply most naturally to software, such as virtual reality content and scenario libraries, where the buyer pays regularly for the right to use the platform and to receive updates.
These models suit smaller airlines and new entrants, which may not have enough training volume to justify a dedicated installation, and operators that want to keep cash for other priorities.
They also help operators who face rapid change, because they can adopt new devices as they become available without being tied to equipment bought many years earlier.
The trade-off is that the buyer depends on the provider for availability, and shared devices must be scheduled, which can limit the flexibility of the training calendar.
Service models also change the role of the supplier from manufacturer to operator, with continuing responsibility for the device and for the quality of the service.
For the market as a whole, service-based models widen the group of operators who can use advanced devices, and they are one of the ways in which demand grows beyond the largest buyers.
Every installed trainer creates a stream of work after the sale, and this aftermarket is a distinct part of the market that serves devices already in use.
Maintenance covers routine servicing, repair of worn parts and the replacement of items that are used heavily, such as doors, handles, slides and seating.
Retrofit covers changes to an existing device so that it matches a new aircraft interior or a revised procedure, and it is a common alternative to buying a new device when the structure is still sound.
A modular build makes retrofit easier, which links this segment directly to the choice of build architecture made at the time of purchase.
Digital platform services include the software that runs scenarios, tracks trainee performance and lets instructors manage sessions, and they can be added to existing devices.
Because these services are bought repeatedly over the life of a device, they give suppliers a steadier revenue stream than one-off device sales, and they give operators a continuing relationship with the supplier.
Operators weigh whether to do maintenance themselves, to use the original supplier or to hire an independent provider, and the answer depends on their internal skills and the complexity of the device.
The aftermarket is also where changes in regulation and aircraft design are absorbed, since existing devices must be adjusted to keep pace with them.
For a buyer, the practical lesson is to ask at purchase what support will be available and for how long, and to treat the aftermarket relationship as part of the buying decision.
Buyers include commercial airlines, independent training academies, defence and government units and manufacturer-affiliated training centres, and they acquire devices through outright purchase, leasing, training-as-a-service or software subscription.
Buying suits operators with large and steady training loads that can use a device enough to justify ownership, while leasing or service models suit smaller operators and those that want to avoid a large upfront outlay.
It is an arrangement in which a provider owns and maintains the training devices and the airline pays for their use, by session, by trainee or under a fixed-period contract.
Both approaches are common, and many airlines combine them, keeping core safety training in-house and sending crew to an academy for specialist modules or where they lack their own devices.
The device needs maintenance, parts replacement and sometimes retrofit to match new aircraft interiors, and operators may also buy digital platform services for scenarios and performance tracking.