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Clean Sky project has delivered the 8 × 4 meter welded aerostructure component, aided by advanced thermoplastic composite technologies and smart robotics.

GKN Fokker and Mikrosam develop AFP for the Multifunctional Fuselage Demonstrator’s floor beams and OOA consolidation of 6-meter spars for TPC rudders, elevators and tails.

Composites bonding and welding are two similar but distinct processes that overcome challenges related to fasteners or drilling. Here are some resources to get you started.

Clean Sky 2’s MFFD program continues to move toward its goal of delivering a welded, thermoplastic composite fuselage demonstrator using next-generation manufacturing processes.

New developments in automated or semi-automated manufacturing solutions through MFFD, CoMMaNds 2, FastFlexMont 2, Tempo and UniFix projects to achieve sustainable, efficient composite part production.

Proving industrial reliability for low-cost thermoplastic composites production using AFP in-situ consolidation, as well as continuous ultrasonic and resistance welding.

Clean Sky 2 thermoplastic composite demonstrator advances toward full assembly.

Collins Aerospace in Almere has produced a 7-meter raceway for the Clean Sky 2 MFFD lower fuselage using novel CCM and tooling technology while the Riverside facility in the U.S. advances AFP and welding as part of global strategy for more sustainable airframes.

Arnt Offringa, director of the Global Technology Center Netherlands at GKN Aerospace, explains to CW the processes and materials used in a frame assembly for Clean Sky 2’s Multifunctional Fuselage Demonstrator (MFFD). 

Latest progress, participants and synergies for the MFFD, UltraFan engine, RACER helicopter, Next-Gen Civil Tilt Rotor and other projects under the Clean Sky 2 Joint Undertaking are highlighted.