Aeralis looks to jet training leasing model
Aeralis has announced plans to offer a new leasing model for its fighter jet pilot training aircraft.
The company is developing a new generation of fighter jet pilot training aircraft and flying training system based around a modular concept. The suite of jet trainers will be built around a common core fuselage with 85% commonality of parts.
Aeralis hopes that by offering a leasing option, customers will be able to maximise their training system flexibility as requirements shift over time, without being burdened by high capital purchasing costs.
Tim Davies, strategy director, Aeralis, said: ‘Buying trainer aircraft outright is a major investment for any air force and much of that investment is wasted when the planes are standing idle because the training needs have changed.
‘With our innovative leasing plans, Aeralis is changing all that. The Aeralis /lessor/lessee relationship means that the end user will be able to adapt their trainer fleet to meet both current and future training requirements.’
The company also aims to deliver shorter overall pilot training times by exposing students earlier to more complex mission management training via the use of configurable cockpits and a fully customisable flying training system.
More from Training
-
Saab expands footprint in the US
The company will operate in two new locations in the coming years to better support US services.
-
I/ITSEC 2024: Australian Army approaches second phase of countermining training
The Engineering Corps has been conducting individual instruction using FLAIM Systems’ Sweeper and should start collective deployments in 2025.
-
I/ITSEC 2024: Saab introduces UAV live training capability
The system can be used to prepare soldiers for both drone offensive operations and CUAS missions.
-
I/ITSEC 2024: UK MoD awards Hadean a £20 million deal for innovative solutions
Hadean announced the deal and teaming arrangements with BAE Systems and Deloitte at I/ITSEC 2024 where it also displayed its Hadean Platform which is designed to offer scalable, realistic and high-fidelity simulations.