Pilot Training Aviation

Electric aviation already meets the needs of flying clubs and pilot training schools for pilot training. Thus, initial training, skills maintenance, maiden flights, or local flights can already be conducted today in a more sustainable and quieter manner, with a level of safety equivalent to traditional combustion-powered aircraft

Facing environmental challenges

In the context of the climate crisis that concerns us all, private pilot or commercial pilot training faces particular challenges. This aviation sector is seen as highly polluting, and the noise it generates near aerodromes has led to increasing tensions between users of the airfield and local residents. As a result, numerous constraints are emerging and will rapidly intensify, such as designated periods of silence, operational restrictions on circuit training and local flights, and imposed maximum noise levels for aircraft.

To last and ensure its sustainability, leisure aviation and commercial pilot training aviation must urgently accelerate its environmental transition towards a more sustainable model. The immediate solution lies in the adoption of electric aircraft, replacing traditional combustion-powered planes starting today.

**Electric aircraft is the present and the futur of leisure and pilot training flights**

Advantages of electric aviation for pilot training and leisure flights.

Electric propulsion is revolutionizing flight training and leisure flights ! It has several advantages over thermal aircraft.

An uncompared ease of use

Thanks to electric propulsion, the preparation time required before taking off is minimized. The pre-flight inspection involves a simple walk-around of the aircraft, without the need for tasks such as draining fuel, checking engine oil, etc. The startup checklists are reduced to a minimum, eliminating the constraints of engine preparation inherent in combustion-powered aircraft: no warm-up time, no need to refuel at the fueling station, and no engine tests at the holding point. It only takes 5 minutes to prepare the aircraft and line up on the runway for takeoff!
An uncompromising level of safety

Subjected to the same certification process as combustion-powered aircraft, electric aircraft benefit from the latest levels of safety established by the European Union Aviation Safety Agency (EASA). With a straightforward operation and maximum reliability of the electric engine, emergency checklists are fully simplified. Additionally, the state of the batteries, including charge level and temperature, is constantly monitored with precision. With dual cooling systems, both air and liquid, electric aircraft offer a maximum level of safety.
An optimized availability

The maintenance of electric aircraft is notably streamlined and optimized. The required maintenance visits are less frequent and shorter compared to combustion-powered aircraft (no more 50-hour inspections, for example). Additionally, the occurrence of breakdowns is reduced due to the fewer moving mechanical parts. This results in maximum aircraft availability for their primary purpose: Flying.