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The impact of aviation on all of our lives is immense. What needs to be done to make aviation greener, without compromising on the economic gains that the sector brings?

The empennage, also known as the “tail” of an aircraft, provides much-needed stability and directional control to the plane.

Transitioning metal parts to composite materials within the environmental control system (ECS) has two main benefits: reducing weight and negating the need for harmful chromium surface treatments.

The PERF-AI project has developed a fully functional prototype that analyses historical flight data to generate accurate performance models of individual aircraft.

The RACER, which combines the vertical agility of a helicopter with the pace of a fixed-wing aircraft, demonstrates the possibilities of pan-European aeronautical collaboration facilitated through the Clean Sky ecosystem.

If aircraft can run on more efficient electrical systems, rather than the standard pneumatic and hydraulic systems in use today, then significant reductions in carbon dioxide emissions from aircraft can be achieved.

Higher seating densities and more personal electronic equipment being used onboard by travellers means cabin ventilation systems have to work overtime to maintain air quality standards and meet passenger comfort requirements.

There’s no one silver bullet for clean aviation. We need a combination of different actors, technologies and measures.

Clean Sky's Morphing Winglet project not only promises operational performance improvements and emissions reductions...

Larger-fanned engines bring considerable energy efficiencies to aviation, but their installation poses challenges too.