Clean Sky Achievements

Clean Sky's projects are helping to dramatically slash the air industry's carbon dioxide (CO2), noise and nitrous oxide (NOx) footprints by developing new engine architectures (such as the open rotor), improved wing aerodynamics, lighter composite structures, smarter trajectories, and more electric on-board energy. The pictures below are some examples of cutting-edge technologies leading to those results. 



Open rotor

Open rotor: Engine intended to power the single-aisle jets that will enter service in 2025-2030.


Open Rotor Blade

Open Rotor Blade: Blade intended for engines powering the single-aisle jets that will enter service in 2025-2030.


Airbus A340-300 BLADE (Breakthrough Laminar Aircraft Demonstrator)

Airbus A340-300 BLADE (Breakthrough Laminar Aircraft Demonstrator): A 1/50 scale model of the Airbus A340-300 BLADE test aircraft to demonstrate the potential of the Natural Laminar Flow wing technology developed in Clean Sky SFWA.


Morphing flap two-bay prototype

Morphing flap two-bay prototype: Smart structure enabling the camber-morphing of a wing flap segment.


High Compression Engine Model

High Compression Engine Model: A new technology to provide a sustainable alternative to the classic turbine engine, reducing both fuel consumption and emissions.


PRIMARY In-flight Icing detection system

(left) PRIMARY In-flight Icing detection system: Safely detects the presence of atmospheric conditions that might be conducive to ice build-up on the aerodynamic surfaces of an aircraft

(right) Electronic Power Module: A modular smart power converter with flexible power management for electric aircraft.


Solid State Power Controller

Solid State Power Controller enhanced with high-frequency voltage chopping capability for Electrical Energy Management strategy implementation: The overall generator weight can be reduced by up to 10 % due to the removal of the 5-minute capacity overload.


Management strategy implementation

GKN Scoop Intake with integrated electro-thermal ice protection and acoustic attenuation: ECS air intake with integrated electro-thermal ice protection and acoustic attenuation technology. Tested in GKN Icing Wind Tunnel in 2011.


Carbon Titanium Fan Blade

Carbon Titanium (CTi) Fan Blade: A set of Carbon Titanium (CTi) Fan Blades leads to overall fuel burn reduction for the airliner due to significant weight optimisation of the fan system. 


Annulus Filler

Annulus Filler: The composite Annulus Filler is located between the fan blades and it directs the airstream to ensure optimal fan blade efficiency.


Green PU Seating cushion

Green PU Seating cushion (Head Rest): Head rest of a three part seating cushion system. 22 weight% bio based flexible polyurethanefoam without a flame retardant.


Seamless Morphing Leading Edge Demonstrator

Seamless Morphing Leading Edge Demonstrator: Design of an actuation system that could deform a morphing leading edge seamlessly.


Nacelle Composite Component

Nacelle Composite Component made with a liquid resin infusion process and cured on a heating tool: Nacelle composite part made of epoxy resin and carbon fiber by using liquid resin infusion on a heating tool.


Thermal Equipment Simulator

Thermal Equipment Simulator (EQS): Provides thermal simulation of real avionic equipment.


Reference part of Demonstrator K1

Reference part of Demonstrator K1: Part of the radio rack section. It is made of ALUMINUM 2024-T42.


IAI Part 1 of demonstrator K1

IAI Part 1 of demonstrator K1: Part of the radio stack section. It is made of Magnesium Elektron 43, which leads to a 20-30% weight reduction.