Led FRC GAM 2018 (€36.6M) as coordinator and continued with GAM-2020-FRC and GAM-2020-AIR, covering tiltrotors, compound aircraft, fuel burn reduction, and eco design.
AIRBUS HELICOPTERS
Major rotorcraft manufacturer driving next-generation helicopter design, fuel efficiency, and graphene integration for aerospace applications.
Their core work
Airbus Helicopters is one of the world's largest rotorcraft manufacturers, headquartered in Marignane, France. Within H2020, they drive the development of next-generation rotorcraft concepts — including tiltrotors and compound aircraft — focused on fuel efficiency, payload capacity, and extended range. They also invest in advanced materials research through the Graphene Flagship, exploring graphene and 2D materials for composites, sensors, and energy applications relevant to aerospace. Their work spans from full-scale aircraft design and icing certification to piloting industrial-scale production of graphene-based components.
What they specialise in
Participated in GrapheneCore2, GrapheneCore3, and 2D-EPL, contributing to composites, energy applications, sensors, and pilot-line manufacturing of 2D materials.
Participated in ICE GENESIS, developing next-generation 3D icing simulation tools including supercooled large droplet (SLD) and snow scenarios.
Participated in SARAH, focused on robust certification methods for aircraft and helicopter ditching (water landing survivability).
How they've shifted over time
In the early H2020 period (2014–2018), Airbus Helicopters combined its core rotorcraft engineering with exploratory materials research — joining the Graphene Flagship to investigate composites, electronics, photonics, and sensors, while also working on icing simulation and ditching safety. By the later period (2019–2024), their focus sharpened toward next-generation rotorcraft concepts (tiltrotors, compound aircraft, long-range fuel-efficient designs) and moved graphene work from basic research toward industrial pilot-line production. The trajectory shows a clear shift from broad exploration to application-ready aerospace technologies.
Airbus Helicopters is converging on fuel-efficient, versatile rotorcraft architectures while pushing graphene from lab to production line — expect future work at the intersection of advanced materials and aircraft performance.
How they like to work
Airbus Helicopters primarily joins large consortia as a participant rather than leading them — they coordinated only 1 of 8 projects, though that one (FRC GAM 2018) carried by far the largest budget at €36.6M. With 346 unique partners across 28 countries, they operate as a high-connectivity hub that brings industrial weight and end-use application context to research-driven consortia. Their participation style suggests they contribute domain expertise and real-world validation capacity rather than managing research agendas.
Airbus Helicopters has collaborated with 346 unique partners across 28 countries, giving them one of the broadest networks among aerospace companies in H2020. Their reach spans virtually all of Europe with strong ties through both the Clean Sky 2 aviation initiative and the Graphene Flagship.
What sets them apart
Airbus Helicopters occupies a rare position as a major OEM that bridges advanced materials research (graphene, 2D materials) with full-scale rotorcraft engineering and certification. Few organizations can take a laboratory material innovation and validate it against real aircraft performance and airworthiness requirements. For consortium builders, they offer both the engineering credibility of a global aerospace manufacturer and the willingness to engage in pre-competitive research on next-generation technologies.
Highlights from their portfolio
- FRC GAM 2018Their only coordinated project with €36.6M in EC funding — a flagship Clean Sky 2 effort on fast rotorcraft concepts representing their core strategic priority.
- 2D-EPLGraphene Flagship pilot line project bridging the gap from lab-scale 2D materials to industrial manufacturing — shows Airbus Helicopters' commitment to bringing graphene into real aerospace supply chains.
- ICE GENESISAddresses a critical safety challenge (icing simulation including snow and supercooled droplets) with direct regulatory impact on aircraft certification standards.