Zoom in on Clean Sky 2 results

After the success and closing of Clean Sky 1, for the last few years Clean Sky 2 has been working on various innovative projects in aeronautics to reduce CO2, NOx and gas emissions. Below are some achievements of the different Clean Sky 2 technologies

BLI aircraft configuration with wingtip fans (DLR)

Free Radical: Innovative configurations and propulsive concepts for the 2030s

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Power Sharing Engine - APU

Power Sharing: Non-Propulsive Energy project investigates future aircraft architectures electric flight

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ASPIRE converter cell

ASPIRE: Facilitating Europe's aspirations for electric flight

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New Crown Module

Easy Come, Easy Go: Clean Sky's NextGen Cabin streamlines assembly and reconfiguration

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Engine nacelle flight demonstrator

The small print: 3D printing and innovative aero tech could boost Europe's SAT manufacturing capabilities concepts for the 2030s

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3D CAD model - PRODIGE final design

PRODIGE: Virtual certification methodologies are on the horizon

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Distortion prediction simulation of SBA actuator with optimised PJA actuator

Clean Sky's Active Flow Control projects aid UHBR engine integration

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A Generic Nacelle tested in the smaller ETW wind tunnel to test TSP types

BinCola – It's the real thing

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'Racing' through the city, the RACER demonstrator combines speed, versatility and sustainability

Best of both whirls: the RACER synthesises speed with VTOL capability

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NEXTGENCTR: A passenger aircraft that can take off and land vertically without airports

The only way is up: NextGenCTR takes shape

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Winglet Digital Mock-Up view

Morphing Winglet: Clean Sky innovation waiting in the wings

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Tech TP demonstrator forges ahead

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Lightening the load: Clean Sky's ReLOAD successfully concludes

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Direct drive rig

Changing Gear: Clean Sky electrifies aircraft landing gear systems for more sustainable and quicker turnarounds

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SORCERER: Clean Sky wizardry for multifunctional aircraft composites

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TiAl specimen mounted in the MCL testing device during a temperature calibration experiment

Adventures in alloy: Exploring the limits of advanced titanium alloy composites

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Power management bay cooling air duct assembly concept model

Cool your jets: ICOPE tackles new challenges in thermal management

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Shock of the new: Clean Sky brings innovation to energy management

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Entrance to the new long-range cabin mock-up with active temperature control allowing the study of different flight phases

Breathe easy: Clean Sky’s ADVENT brings innovation to aircraft cabin ventilation

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Clean Sky's I²BS project keeps watch over UHPE demo bearings

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INSPiRE project helps European aviation keep the noise down

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Electrical taxiing and much more with Clean Sky's ACHIEVE

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Reality Check: Design validation methods go into ORBIT

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DevTMF: raising the standards of European aviation

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DEVILS advocate: an alternative take on VHBR engine cooling

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Aircraft Noise. Getting to the core of the issue with CORNET

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iBearing maximises service life for starter-generator bearings

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Clean Sky's HiLiCo: Bright ideas take flight

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Material gain. Clean Sky's "ecoTECH" innovative ECO-friendly airframe

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Less is more: Clean Sky's advanced manufacturing techniques conserve resources and minimise wastage

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SAT in the comfort zone with Clean Sky's SPAIN

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Taking the heat. DiDi-FaCT tests power diodes to the limit

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Contributing projects to the Disruptive Cockpit for LPA

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ARGOS: A new spin on Clean Sky innovation

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MACAO: the quest for cleaner cabin air

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Clean Sky IDEAS. A breath of fresh air

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The balance of power: Clean Sky's Energy Optimised Regional Aircraft

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The next generation Multifunctional Fuselage Demonstrator — leveraging thermoplastics for cleaner skies

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Hot topic: Clean Sky's 'Environmentally friendly fire protection' system

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Joining the dots with Clean Sky's Eco Design Transverse Activity

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European aviation in the driving seat: Clean Sky's Disruptive Cockpit for Large Passenger Aircraft

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ACCLAIM: The inside story for cabin design, simulation and installation

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Clean Sky's Morphing Wing project brings shape-shifting capabilities to European regional aircraft

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Getting under the skin of Clean Sky – with HYPERDRILL

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The UHBR engine flight testing programme gathers momentum

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Go with the flow: Clean Sky’s Hybrid Laminar Flow Control Demo

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Clean Sky’s PIPS harnesses space tech for plane de-icing

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Humans and robots team up for Clean Sky’s CRO-INSPECT

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Clean Sky’s BALANCE: A smooth operator

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Clean Sky’s T-WING: In conversation with CIRA

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Born again: Obsolete composites find a second life with RESET

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NO-ICE ROTOR - a greener way to protect aircraft from icing

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Leveraging motor racing expertise for Clean Sky’s FastCan

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Circular Economy: Composite Fuselage for regional aircraft takes shape

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Here’s the CA3TCH... Reducing risk with Clean Sky’s Digital Wind Tunnel

Here’s the CA3TCH... Reducing risk with Clean Sky’s Digital Wind Tunnel

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Bigger engines, bigger challenges. Clean Sky’s ASPIRE resolves them

Bigger engines, bigger challenges. Clean Sky’s ASPIRE resolves them

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Thinking out of the box, with Clean Sky’s AMATHO

Thinking out of the box, with Clean Sky’s AMATHO

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Power Trip: HASTECS energizes the path to hybrid-powered flight

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Next level stuff: Affordable Flight Control System

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PROPTER: tackling the complex aerodynamics of tomorrow’s rotorcraft

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