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The advantages of building aircraft structures with composites, compared to metal, include light weight, high specific strength, superior fatigue properties, damage tolerance and the absence of corrosion.
Hydrogen-powered aircraft program is being delayed from original 2035 plan, with Airbus expanding nearer term plans to flight test SAF engines for a next-gen single aisle instead.
Collaborative initiative aims to reuse secondary structural TPC parts from EOL Airbus A380 aircraft and repurpose them for other aeronautical applications in order to collectively advance TPC recycling technologies.
The company sticks to its full-year 2025 forecasts that exclude U.S. tariffs, including delivery of around 820 aircraft and production ramp-up targets.
Outlined technology bricks — including foldable wings, more efficient engines and propulsion and composite materials — could support a planned single-aisle next decade, plus Airbus’s renewed commitment of a commercially viable H2 aircraft.
Full-year 2024 look demonstrates continued momentum for Airbus’ widebody orderbook, complementing its position in the single-aisle market.
Oxford Space Systems (OSS) has collaborated with Airbus subsidiary SSTL to deliver efficient CarbSAR SmallSat with large, scalable, stowable and lightweight reflector antenna using CFRP structures.
The resurrected Rosalind Franklin composite rover mission’s key systems will be upgraded with support from the TAS, ESA and NASA for a planned launch in 2028.
Larger, quieter rotorcraft offering is backed by H135 and Bluecopter program know-how, featuring several optimized elements and just as many composite features.
Airborne Aerospace will manufacture more than 700 composite substrate panels and yoke substrates for Airbus Sparkwing solar arrays, a critical component of MDA Space’s Aurora satellite product line.
Fraunhofer groups, Trelleborg and Airbus develop modular, fully automated assembly system concept to replace metals and time-consuming assembly that shows potential for scalability.