Fly-drive training network takes shape

A three-party training MoU

PAL-V, the Dutch developer of the Liberty roadable gyroplane, has signed a memorandum of understanding with AVION and FLYVE to explore a global FlyDrive training network. AVION builds advanced flight training devices and operates training centres in London and Mumbai. FLYVE develops FlyDrive ecosystems for professional and governmental operators.

The stated purpose is to create dedicated PAL-V flight training simulators, specialist training programmes, and a worldwide network that integrates existing training facilities. The partners are not merely selling aircraft; they are trying to build the training base a new-category rotorcraft needs before operators can deploy it at scale. An MoU is not a binding order, but it signals that PAL-V sees the training layer as a commercial prerequisite rather than an afterthought.

Why the training layer matters

PAL-V holds both automotive and aviation manufacturing licences acquired this year and has moved from certification work toward commercial deployment. It already runs the FlyDrive Academy for customer flight training. The move into simulators is the next logical step, because simulator-based training can scale independently of weather, aircraft availability and instructor capacity.

AVION's existing device portfolio covers everything from procedure trainers to full flight training devices, so the partners are not starting from a blank sheet. A PAL-V-specific device can reuse that architecture while adding the gyroplane's unusual flight and road-handling modes.

A roadable aircraft type also demands a syllabus that combines driving and flying skills. The Liberty is a gyroplane on the road and in the air, so a trained operator needs rotorcraft handling, road-vehicle awareness, and the judgement to switch between the two regimes safely. That is not a standard fixed-wing or helicopter programme; it requires its own type-specific curriculum. Depending on the jurisdiction, a graduate may need a private or commercial pilot licence, an instrument rating where it applies to the flight profile, and a type rating or equivalent conversion before carrying passengers commercially.

The driving half of the syllabus is easy to overlook. A Liberty operator will use the vehicle on public roads, so licence requirements, road-rules familiarity, and transition procedures between road and runway are as much a part of the course as the airborne segments.

The manufacturers are not alone in facing this problem. Every new category of aircraft that wants to leave the certification hangar and enter regular service needs a training ecosystem: syllabi, instructors, examiners, maintenance of training records, and a simulator or device network that can keep pace with demand. Without that layer, even a certified aircraft can remain commercially stuck.

What the network could include

Under the MoU, the three companies will look at dedicated PAL-V flight training devices, specialist training programmes, and the integration of existing centres into a single network. For customers, that would mean the option to begin simulator work at a local facility before touching a real Liberty. For government or emergency-service buyers, it would create a path to train crews without having to fund a dedicated school.

Flight training devices of this kind are not a luxury for a new-category aircraft; they are the infrastructure layer that lets a manufacturer move from certified prototype to operational fleet. The same logic applies across advanced air mobility. The eVTOL certification roundup from August 2026 showed how every new vertical-lift type is racing to define its training and conversion requirements at the same time as its type certificate. PAL-V's approach, building a FlyDrive network through AVION and FLYVE, mirrors the way established ab initio programmes such as Airbus's North African training expansion use simulator capacity to protect throughput from weather and fleet constraints.

The simulator question is the most immediate. A dedicated PAL-V device would need to reproduce the transition from road mode to flight mode, the pre-rotor spin-up, and the autorotation characteristics that define gyroplane handling. Those are not features found in a generic fixed-wing trainer.

What it means for new-category aircraft

New-category aircraft live or die on the training ecosystem around them. A customer who buys a Liberty but cannot find a qualified instructor, a simulator, or an examiner within reasonable distance is a customer who will not operate the aircraft often or recommend it. By putting the training network on the same commercial timeline as the aircraft, PAL-V is treating the simulator and school infrastructure as part of the product, not a downstream service.

The partnership also widens the addressable market. Government operators and emergency services tend to buy in fleets and need standardised training across multiple bases. A global network makes that feasible in a way that a single Dutch academy never could. Private owners, meanwhile, benefit from lower travel and downtime costs if they can train closer to home.

For PAL-V, the MoU is a hedge against the classic trap of new-category aircraft: certification without customers. A type certificate is only useful if there are trained pilots to operate the aircraft and trained mechanics to keep it airworthy. Building the training network in parallel with the production ramp is the less glamorous half of going to market.

What to watch

The first concrete signal will be a dedicated PAL-V simulator order. Until then, the MoU is an intention, not a facility. The second signal is whether the network includes government and emergency-service operators from day one. Those buyers tend to train in larger numbers and have stricter standardisation requirements than private customers, so their early inclusion would shape the network's scale and geographic spread.

HeliHub published the PAL-V, AVION and FLYVE announcement on 27 October 2026.