French aerospace actuation systems manufacturer contributing industrial technology to Clean Sky 2 aviation demonstrators.
Goodrich Actuation Systems SAS is a French subsidiary of what is now Collins Aerospace (Raytheon Technologies group), specialising in the design and manufacture of actuation systems for commercial and military aircraft — the mechanical and electromechanical systems that move flight control surfaces (ailerons, elevators, rudders), operate landing gear, and drive other moving structural elements. In the H2020 context they appear as a third-party industrial contributor to Clean Sky 2's Systems Integrated Technology Demonstrator (Systems ITD), the major European public-private programme aimed at reducing aviation emissions through next-generation aircraft systems. Their role reflects a pattern common among large aerospace OEM suppliers: they bring proprietary hardware and engineering know-how into large collaborative research programmes without being the primary grant-holding entity.
Both SYS GAM 2018 and GAM-2020-SYS are Systems ITD projects within Clean Sky 2, the EU's flagship programme for aircraft systems technology, where Goodrich's core product line — flight control and landing gear actuators — is directly relevant.
Actuation of primary and secondary flight control surfaces is Goodrich Actuation Systems' historical commercial identity, and both projects sit squarely in the systems integration strand of Clean Sky 2.
Participation in the Systems ITD — a large multi-partner technology demonstrator — implies contribution to overall aircraft-level integration work, not only component supply.
GAM-2020-SYS (2020–2023) under the CS2-IA scheme carries Clean Sky 2's explicit mandate of reduced-emission aviation, positioning the organisation within the green aviation transition.
The early project (SYS GAM 2018, 2014–2019) carries no descriptive keywords, suggesting a foundational industrial contribution to the first generation of the Clean Sky 2 Systems ITD without a publicly recorded thematic focus. The follow-on project (GAM-2020-SYS, 2020–2023) introduces the explicit keyword cluster "SYSTEMS ITD 2020-2021", indicating a continuation and consolidation rather than a pivot — the organisation deepened the same systems-level work rather than diversifying into new topic areas. With only two consecutive projects in the same programme strand, there is no evidence of a strategic shift; the trajectory is one of sustained specialist contribution to a single long-running European aviation research programme.
Their trajectory is one of deepening commitment to the Clean Sky 2 / Clean Aviation ecosystem rather than broadening scope — a future collaborator can expect a focused, specialist industrial partner rather than a broad research actor.
Goodrich Actuation Systems has participated exclusively as a third party across both H2020 projects — they are never the grant-holding coordinator or named participant, which is typical of large aerospace OEM suppliers who contribute technology and engineering resources to publicly-funded programmes under industrial partnership agreements rather than direct grant contracts. Despite only two projects, they are connected to 74 distinct consortium partners across 12 countries, a reach explained by the large, multi-actor architecture of the Clean Sky 2 Joint Undertaking programmes. This means working with them likely involves navigating a complex multi-tier industrial consortium rather than a direct bilateral research agreement.
Through two Clean Sky 2 projects they are linked to 74 consortium partners spanning 12 European countries, a footprint that reflects the programme's pan-European industrial consortium structure rather than independently built research relationships. Their network is effectively co-extensive with the Clean Sky 2 Systems ITD community.
Goodrich Actuation Systems SAS brings the engineering and manufacturing depth of a major global aerospace tier-1 supplier (Collins Aerospace/Raytheon Technologies group) into the European public research ecosystem — a combination rarely available from academic or SME partners. For consortium builders working in aviation systems, landing gear, or flight control, they represent access to industrial-grade actuator technology that has been validated on certified commercial aircraft programmes. Their limitation as a profile is that they operate as a third party rather than a grant holder, so they are best approached as a technology contributor or industrial validation partner rather than a project-management entity.
