Three Clean Sky 2 engine-related projects (ENG GAM 2018, GAM-2020-ENG, and contributions via ALFA) focused on engine demonstrators and combustion.
GKN AEROSPACE SERVICES LIMITED
Major UK aerospace manufacturer contributing industrial-scale aerostructure, engine component, and additive manufacturing expertise to Clean Sky 2 and advanced manufacturing consortia.
Their core work
GKN Aerospace is a major UK-based aerospace structures and engine components manufacturer, part of the global GKN group. In H2020, they contributed manufacturing expertise and industrial-scale demonstration capabilities to Clean Sky 2 and advanced manufacturing projects. Their work spans aerostructure design and build (tailplanes, engine components) and advanced additive manufacturing for extra-large aerospace parts. They operate as a Tier 1 aerospace supplier bringing production-readiness and industrial validation to research consortia.
What they specialise in
ALFA focused on advanced laminar flow tailplane design, build, and wind tunnel demonstration; SEaSiDE addressed aircraft de-icing systems.
Grade2XL project applies functionally graded materials via WAAM to extra-large structures with in-line non-destructive evaluation.
SEaSiDE developed smart electro-expulsive de-icing systems for single-aisle aircraft.
How they've shifted over time
GKN Aerospace's early H2020 work (2016-2017) centred on aerodynamic structures — specifically natural laminar flow tailplane technology, including large-scale wind tunnel testing and manufacturing studies. From 2018 onward, the focus shifted decisively toward engine components and combustion demonstrators under Clean Sky 2, while a new thread in advanced additive manufacturing (WAAM, functionally graded materials) emerged in 2020. This signals a broadening from structural aerocomponents toward propulsion systems and next-generation manufacturing processes.
GKN Aerospace is moving toward advanced manufacturing techniques (WAAM, functionally graded materials) and engine system demonstration, suggesting future interest in sustainable propulsion and digital manufacturing partnerships.
How they like to work
GKN Aerospace has never coordinated an H2020 project — they contribute as a third party (3 projects) or participant (2 projects), consistent with a large industrial company providing manufacturing capability and industrial validation rather than leading research. With 67 unique partners across 16 countries, they are well-connected but selective, joining only Innovation Action (IA) projects where industrial demonstration is the goal. This makes them a reliable industrial partner who brings production know-how rather than research leadership.
GKN Aerospace has collaborated with 67 distinct partners across 16 countries, indicating a broad European network typical of Clean Sky 2 consortia. Their connections span the aerospace supply chain from research institutions to OEMs across Western Europe.
What sets them apart
GKN Aerospace brings genuine industrial-scale manufacturing and testing capability that most research partners cannot offer. Their value lies in bridging the gap between laboratory research and production-ready aerospace components — they can take a concept through manufacturing studies, build physical demonstrators, and validate at full scale. For consortium builders, GKN provides the industrial endpoint that reviewers want to see in Innovation Actions.
Highlights from their portfolio
- SEaSiDETheir largest single EC contribution (EUR 164,925) developing smart de-icing systems for commercial aircraft, showing capability beyond structural components.
- Grade2XLRepresents GKN's move into additive manufacturing for extra-large structures, combining WAAM with functionally graded materials and in-line quality inspection — a clear future-facing capability.
- ALFAAdvanced laminar flow tailplane project involving full design-build cycle and large-scale wind tunnel demonstration, showcasing GKN's end-to-end aerostructure manufacturing expertise.