ATL/AFP
National Composites Centre purchases Coriolis C5 robotic gantry AFP
Developed for rate production of large, complex composite structures, C5 will be part of world’s most advanced, flexible dry-fiber deposition cell.
Read MoreSpirit AeroSystems debuts next-generation composite fuselage panel
The 18-by-12-foot (5.5-by-3.7-meter) demonstrator panel debuted at the Paris Air Show features integrated skin and stringers and offers substantial cost savings combined with strong performance attributes.
Read MoreAdvancing multifunctional composite wings and fuselage structures
Flexible printed circuits and the Advanced Concepts for Aero‑Structures with Integrated Antennas and Sensors (ACASIAS) consortium.
Read MoreAutomated, in-situ inspection a necessity for next-gen aerospace
Inline inspection technologies continue to evolve with the aim of providing faster and more accurate part inspection.
Read MoreSpirit AeroSystems invests in qualification program with Toray prepreg
The world’s largest aerospace tier supplier seizes the opportunity to develop its own allowables for a carbon fiber prepreg, setting an important precedent.
Read MoreLarge, high-volume, infused composite structures on the aerospace horizon
Infused carbon fiber composite structures are not new, but they have never been built at the rates anticipated for next-generation, single-aisle aircraft. It is a daunting prospect — but a feasible one.
Read MorePlant Tour: STELIA Aerospace, Méaulte, France
Supplier of Airbus fuselage sections pushes boundaries of hybrid aerostructures production, assembly and thermoplastic composites.
Read MoreThermoplastic composites: Poised to step forward
The evolving role of thermoplastic materials and processes and their future in next-generation commercial aircraft.
Read MoreWeb Industries releases brochures highlighting aerospace composites solutions
The downloadable brochures highlight Web’s automation development center and its suite of aerospace solutions.
Read MoreNIAR begins construction on new ATL, AFP lab
The Advanced Laboratory for Aerospace System (ATLAS) will develop manufacturing protocols for automated fiber placement (AFP) and automated tape laying (ATL) for aircraft systems.
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