Design & Tooling
Quiet supersonic demonstrator X-59 begins ground testing in Texas
Critical testing ensure the composite aircraft can withstand the loads and stresses that typically occur during supersonic flight.
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MS-21-300 debuts first flight with carbon fiber wing
Certification of the MS-21-300 aircraft is nearing completion, with plans to start delivering it to customers in 2022.
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Expleo extends engineered services agreement with Spirit AeroSystems
The global engineering, technology and consulting service provider leverages expertise in composites, stress and design and advanced automation and AI to shape novel emerging aerospace technologies.
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NCC sensor technology unlocks digital potential for liquid resin processes
Research and testing of dielectric sensors performed by the NCC, Meggitt and Cranfield University accurately captures resin infusion data, shows promise for composites manufacturing.
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Customizing ultrasonic sensors for composites process optimization and control
University of Augsburg developed sensors for the CosiMo project’s digital twin and closed-loop process control of EV battery box cover demonstrator, and now moves forward with the AI Production Network for industry collaboration.
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Ruckus Composites launches composite bicycle science program, identifies upcoming research
The program, which has currently analyzed the carbon fiber frame repair footprint, ultrasonic testing and surface preparation, will extensively study sustainability, design, maintenance and repair.
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Plant tour: Bucci Composites, Faenza, Italy
A stalwart in Italy’s “Motor Valley” opens its doors for a discussion and exploration of the company’s history in composites manufacturing for high-performance cars and other applications.
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MT Aerospace proves out CFRP hydrogen tank for rocket propulsion
Comprehensive test campaign under the ESA’s ComET project proves linerless composite pressure tank prototype can withstand cryogenic stresses inherent to rocket flight.
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NCC’s all-composite Type V tank demonstrates future composite space tank technology
SpaceTank project delivers a 96-liter carbon fiber composite tank with 4.0-5.50-millimeter nominal wall thickness for 30% weight savings in launch vehicle and satellite propellant tank applications.
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Autonomous, electric shuttle retrofitted with CRP Technology Windform materials
Advanced 3D printing production process and Windform composite materials used to manufacture the required motor cover and washer reservoir flap valve components, account for Olli 2.0’s pod-like shape.
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