What is General Aviation?

General Aviation (GA) is defined by the International Civil Aviation Organisation (ICAO) as “all civil aviation operations other than scheduled air services and non-scheduled air transport operations for remuneration or hire”. General Aviation aircraft account for 95% of Europe’s civil certified aircraft fleet, and covers a diverse range of activities including:

pilot training

Pilot training

business aviation

Business Aviation

civil rescue

Civil search and rescue

emergency

Emergency medical services

fire fighting

Law enforcement and fire fighting

ground traffic

Monitoring ground traffic movements from the air

news

News gathering

aerial photo

Aerial photography

aerial survey

Aerial survey work

agriculture

Agriculture, including crop spray

recreationnal

Recreationnal flights and Air Sports

air tour

Sightseeing or air tours

Why is General Aviation important to Europe?

revenues

€ 6.6 bn

European-Manufactured General Aviation Shipments

planes

778

Aeroplanes

helicopters

467

Helicopters

europe

24%

of the world’s General Aviation aircraft are manufactured in Europe

export

2/3

Two thirds of European manufactured aircraft are exported

skilled

65.000

Highly skilled jobs directly employed by GAMA member companies in Europe

workers

+100.000

The wider General Aviation industry in Europe supports hundreds of thousands of jobs

mobility

GA

GA is a key component of European mobility, connecting businesses, SME’s, communities and providing vital services, as shown during pandemic.

sustainability

Sustainable

General Aviation plays strategic role in the future of sustainable air mobility as new technologies are developed in GA before being scaled up.

decarbonising

General Aviation – The Route to Decarbonising Aviation

In addition to its diverse contributions to society outlined above, General Aviation has long been the cradle of innovation for the aviation industry. 

From improving performance of propulsion systems, such as unleaded piston engines, ultra-efficient turbine engines and novel propulsion technologies as well as the use of Sustainable Aviation Fuels, General Aviation is leading aviation’s decarbonisation efforts. Electric, hybrid-electric and hydrogen (fuel cell or liquid hydrogen) powered aircraft are being developed and in some cases already in production for the General Aviation market. Over time, as these technologies are matured through experience within General Aviation, they will be scaled up to larger passenger transport aircraft.

The same is true for autonomous flight and the rapidly developing Urban/Regional Air Mobility and electric Vertical Take-off and Landing (eVTOL) aircraft. This new form of personal transportation offers immense potential in terms of delivering the European Commission’s goal of sustainable and smart mobility and transport, notwithstanding significant economic benefits to Europe.