The problem with the ramp as a classroom
On-the-job repetition is expensive by nature
None of this is a knock on live training — it is necessary, and simulation does not replace it. It replaces the part of it that is wasteful: the early repetitions, where a trainee is still getting the sequence wrong.
Every repetition, live
A live aircraft, stand and crew are tied up for every repetition
Slots depend on schedule gaps — a trainee waits for the next opportunity
A mistake carries real safety and cost consequences
Feedback is one assessor’s impression, not a repeatable scale
Every repetition, in VR
A stand is free in VR — the same scenario runs again immediately
Available any hour, not gated by aircraft or crew schedules
A mistake costs a re-run, not a grounded aircraft or an injury
Every run is scored against the same fixed criteria
How it plays out
Repeat, score, certify
The same three steps for every module in the catalogue — this is the mechanism the whole platform is built around, not a slogan.
01
Repeat
The trainee runs the same procedure as many times as it takes — on a live aircraft, in VR, without booking a stand or waiting for a gap in the schedule.
02
Score
Every run is graded against the module’s fixed competencies — signal accuracy, sequence order, danger-zone violations. Two trainees land on the same scale.
03
Certify
Once scored runs meet the bar, a certificate is issued to the trainee — portable, tied to the person, not the employer.
What simulation does not replace
Judgement is still learned live
A trainee who arrives on the ramp already fluent in the sequence spends their supervised training time on the things a headset cannot teach — reading a real crew, real weather, real time pressure.
Simulation removes the cost of early repetition — not the need for supervised live training
Every scenario is written against a named IATA reference — see how modules stay aligned to the standard
The method is the same across every module — see the full catalogue
See the method on your own procedures
A 30-minute demo on a real headset: we run a module end to end and show how scored runs turn into a certificate.