Central to multiple Clean Sky 2 engine demonstrators (ENG GAM 2018, GAM-2020-ENG, ULTIMATE) plus hybrid electric propulsion research (IMOTHEP, ENABLEH2).
GKN AEROSPACE SWEDEN AB
Major Swedish aerospace manufacturer specializing in aircraft engine components, additive manufacturing, and next-generation sustainable propulsion systems.
Their core work
GKN Aerospace Sweden is a major aerostructures and engine components manufacturer based in Trollhättan, specializing in aircraft engine technology, lightweight structures, and advanced manufacturing for civil and military aviation. They develop and produce critical components for large passenger aircraft and turbine engines, with growing capabilities in additive manufacturing and hybrid electric propulsion systems. Their H2020 portfolio (EUR 26.7M across 15 projects) reflects deep involvement in next-generation propulsion, digital manufacturing pipelines, and aeromechanical engineering for Europe's Clean Sky 2 and broader aerospace programs.
What they specialise in
Consistent involvement in large aircraft demonstrator platforms (LPA GAM 2018, GAM-2020-LPA) covering wing design, HLFC, and multifunctional fuselage integration.
Active in metal AM repair/remanufacturing (AMOS), directed energy deposition with certified digital pipelines (INTEGRADDE), and laser welding control (RADICLE).
ARIAS project focused specifically on flutter, forced response, and aeromechanical solutions; TurboNoiseBB addressed turbomachinery noise prediction.
IMOTHEP (hybrid electric propulsion roadmap) and ENABLEH2 (cryogenic hydrogen-based CO2-free aviation) both started 2018-2020, signaling strategic pivot.
ENVOL project on European vertical orbital launcher with hybrid propulsion and composite tank technology — a diversification from civil aviation.
How they've shifted over time
In the early H2020 period (2014-2018), GKN Aerospace Sweden focused on conventional aircraft engine combustion technology, turbomachinery noise, and flexible manufacturing — reflecting their established role as a Tier 1 aero-engine supplier. From 2018 onward, their portfolio shifted markedly toward decarbonization technologies (hydrogen propulsion, hybrid electric architectures) and digital/additive manufacturing (certified metal parts via directed energy deposition, cybersecured data-driven pipelines). This evolution mirrors the broader aerospace industry's pivot toward sustainable aviation, but GKN's simultaneous investment in both propulsion decarbonization and digital manufacturing suggests they are positioning to manufacture next-generation engine components that conventional methods cannot produce.
GKN Aerospace Sweden is converging toward hydrogen-ready and hybrid electric propulsion components built through additive manufacturing — expect future work at this intersection.
How they like to work
GKN Aerospace Sweden operates exclusively as a participant or third party — they have never coordinated an H2020 project, which is typical for large industrial companies that contribute manufacturing expertise and test infrastructure rather than leading research design. With 218 unique consortium partners across 22 countries, they are a highly connected hub in European aerospace R&D, integrated into the Clean Sky 2 Joint Undertaking ecosystem. Their consistent participation across multiple funding schemes (8 RIA, 5 IA, 1 CS2-IA) shows they are a reliable industrial partner that researchers and coordinators actively seek out for consortia requiring real-world manufacturing validation.
With 218 unique consortium partners spanning 22 countries, GKN Aerospace Sweden has one of the broadest collaboration networks in European aerospace R&D. Their partnerships are concentrated around Western European aerospace hubs but extend well beyond, reflecting deep integration in pan-European programs like Clean Sky 2.
What sets them apart
GKN Aerospace Sweden brings something rare to consortia: they are a full-scale industrial manufacturer that can take research from lab concept to certified aerospace component production. Unlike universities or research institutes that stop at TRL 4-5, GKN can validate and demonstrate technologies at production-relevant scale, which is exactly what Clean Sky 2 and similar programs demand. Their dual expertise in both propulsion systems and advanced manufacturing processes (additive, laser welding, digital pipelines) makes them uniquely positioned for projects that need to prove a new material or design can actually be manufactured and certified for flight.
Highlights from their portfolio
- GAM-2020-ENGLargest single EC contribution (EUR 11.4M) — a Clean Sky 2 engine demonstrator project reflecting GKN's central role in European next-generation engine development.
- INTEGRADDEBridges their aerospace manufacturing expertise with Industry 4.0 digital transformation — building a complete cybersecured pipeline from design to certified metal parts via directed energy deposition.
- ENABLEH2Positions GKN in the hydrogen aviation frontier, addressing cryogenic LH2 fuel systems and micromix combustion for CO2-free civil aviation.