Aerospace
Spirit AeroSystems to lead MOSQUITO uncrewed fighter development
U.K. government awards £30-million, three-year contract to design and manufacture a prototype supporting more than 100 jobs in Belfast.
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Clean Sky 2 SHERLOC project advances SHM for composites
New video shows goals, framework, sensors and tests for more affordable, smart composite fuselage
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The evolution of the commercial aerospace landscape
Following the grounding of the 737 and the downturn caused by the pandemic, Boeing finds itself a distant second to Airbus. What should it do?
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Northrop Grumman completes rocket motor validation test for Vulcan Centaur
The 63-inch-diameter graphite epoxy motor (GEM 63XL) was developed in partnership with United Launch Alliance to provide the rocket with additional lift capability.
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Bye Aerospace begins production for eFlyer-2 all-composite fuselage
Composites Universal Group has been contracted to create the carbon fiber fuselage, advancing the all-electric eFlyer-2 toward FAA certification.
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Carbon ThreeSixty, Leonardo, NCC all-composite helicopter wheel project takes off
The 18-month project will design, develop and manufacture 12 fully tested ultra-low mass, robust, proof-of-concept CFRP wheels for rotary wing aircraft.
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Boeing commits to deliver commercial airplanes ready to fly on 100% sustainable fuels
According to Boeing, the ambitious goal is considered the safest and most measurable solution to reduce aviation carbon emissions in the coming decade.
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Dieffenbacher Fiberforge system contributes to South Korean UNIST research
Ordered from Dieffenbacher in 2019, the tape laying system has enabled the advancement of research for companies in the automotive and aerospace industries.
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Victrex, Electroimpact achieve thermoset AFP speeds using thermoplastics
Using Electroimpact’s AFP technology and Victrex’s low-melt PAEK prepreg tape, the companies report laydown speeds of 4,000 inches per minute.
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Tow steering, Part 2: The next generation
Wings on next-generation commercial aircraft will be longer, thinner, more aerodynamic and more efficient. They also are ideal candidates for the application of steered tows. One project aimed to design, fabricate and quantify a tow-steered wing skin.
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