Spanish aeroengine component manufacturer with expertise in robotic composite fabrication and regional aircraft performance programs.
ACITURRI AEROENGINE SL is a Spanish aerospace manufacturer focused on producing aeroengine components from metal and composite materials for commercial aviation. Their participation in COROMA demonstrates hands-on engagement with cognitive robotics applied to flexible manufacturing of precision aerospace parts — an industrial capability rather than a research one. In the GAM-2020-REG program, they contributed as a third party to the development of regional aircraft, with expertise touching noise and vibration reduction, passenger comfort, service reliability, and environmental performance metrics. They represent the supplier end of the aerospace value chain: a production company that engages in R&D programs to advance and validate its manufacturing processes.
COROMA directly involved them in flexible manufacturing of metal and composite parts for aerospace, while GAM-2020-REG reflects their place in the regional aircraft production chain.
As a participant in COROMA (2016–2019), they worked on cognitively enhanced robot systems for flexible production of aerospace-grade parts.
GAM-2020-REG keywords list noise and vibration reduction as a core theme, suggesting their components or processes contribute to aircraft acoustic performance targets.
GAM-2020-REG explicitly includes environmental benefits and socio-economic benefits among its focus areas, indicating ACITURRI's engagement with sustainability criteria in aircraft programs.
In the early period (COROMA, 2016–2019), ACITURRI's H2020 activity centered entirely on manufacturing process innovation — specifically the use of cognitive robotics to improve flexibility and precision in producing metal and composite aerospace parts. By the 2020–2024 period, their focus had shifted to the aircraft systems level: regional aircraft performance, passenger comfort, noise and vibration, and environmental benchmarks. This is a meaningful step up the value chain — from "how do we make the part" to "how does the part perform in context." The trend suggests growing involvement in aircraft development programs rather than purely process R&D.
ACITURRI is moving from manufacturing process R&D toward system-level aircraft performance programs, which positions them as a candidate partner for future regional and short-haul aircraft development consortia focused on noise, emissions, and passenger experience.
ACITURRI has never led an H2020 project — all participation has been as a partner or third party — which is consistent with an industrial supplier joining large programs initiated by integrators or research institutions. Their two projects each came through large Innovation Actions, meaning they operate in multi-partner consortia (53 unique partners across 11 countries despite just two projects) rather than small, tight-knit teams. Expect them to contribute well-defined industrial capabilities within a larger program structure rather than to define research agendas or manage budgets.
Despite only two H2020 projects, ACITURRI has connected with 53 unique partners across 11 countries — a figure that reflects the large consortium structures typical of aerospace Innovation Actions. There is no evidence of repeated partnerships or a concentrated geographic cluster, suggesting their network is broad but not yet deep.
ACITURRI AEROENGINE SL sits at the intersection of advanced manufacturing and aerospace systems — a combination that is less common than either capability alone. Their direct industrial experience in composite and metal aeroengine component production, combined with documented involvement in regional aircraft performance programs, makes them relevant both for manufacturing process projects and for aircraft-level R&D consortia. For consortium builders in aviation, they offer the credibility of an active industrial supplier rather than a research proxy, which strengthens the industrial relevance case required for Innovation Actions.
