High-Performance Composites

JAN 2013

High-Performance Composites is read by qualified composites industry professionals in the fields of continuous carbon fiber and other high-performance composites as well as the associated end-markets of aerospace, military, and automotive.

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Source: Airbus Source: Airbus Wing assembly workstations On Airbus Military���s A400M Final Assembly Line (FAL) in Seville, Spain, aircraft numbers MSN8, MSN9 and MSN7 are shown with finished wings attached. HPC was invited to tour the Filton, U.K. plant in which those wings are assembled. An overhead view of the A400M wing assembly facility. Assembly begins at one of six jigs (right) in which wings are oriented vertically for integration of composite leading and trailing edge spars, aluminum ribs and composite wingskins (see photo below). The wings are subsequently moved to Pre-Equip 1 (foreground left), where they are oriented horizontally and installation of fasteners, wiring, fuel pipes and other equipment begins. After Pre-Equip 1, wings move to Pre-Equip 2 (background left) and Final Equip (background right) where assembly is completed and wings are tested before shipment to Spain. A400M background The A400M Atlas is the world���s newest and most advanced military airlifter, designed to ferry troops, equipment, vehicles, supplies, fuel and other materials in support of military operations. Scheduled for delivery in second quarter 2013, the Atlas is 45.1m/148 ft long, has a 42.4m/139-ft wingspan, measures 14.7m/48.25 ft tall and is powered by four Europrop TP400-D6 turboprop engines, each ���tted with eight composite propeller blades. It has a maximum payload of 37,000 kg/81,600 lb, a range of 3,298 km/2,049 miles at maximum payload, a cruising speed of 780 kph/485 mph and a service ceiling of 11,300m/37,073 ft. As of October 2012, Airbus Military (Madrid, Spain) had ���elded 174 orders for this new heavylifter. Source: Airbus Heavy lifters with lifters in place Beginning with spars and ribs An Airbus worker inspects a wing, oriented vertically in its fixture for integration of spars, ribs and skins. Assembly starts with the leading edge spar (with orange covers in this photo), to which are attached the aluminum wing ribs (green and white). Each wing is drilled to accommodate the 12,000 fasteners it takes to assemble the spars, ribs and wingskins. JANUARY 2013 | 27

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