Future materials

Over recent decades, the aerospace industry has developed a range of materials to support novel concepts and product platforms. These range from metals, ceramics and coatings to composites. 

However in terms of materials, improvements for the next generation of aircraft are more likely to originate in improved sourcing and circularity to counter resource scarcity; and less energy-intensive production methods.

Looking towards a future of lower-carbon aviation, materials development at Airbus is focused on sustainability and digitalisation of materials. 

Adaptability: In a fast-changing world, adaptability depends on access to data to adjust product design in the face of new regulations, materials shortages or geopolitical uncertainty.

Ways of working: A leaner, connected organisation presents a competitive advantage. Data continuity results in high quality parts and full materials tracking, traceability and conformity. 

Digital twins: These virtual carbon-copies of our products evolve with the aircraft. They are dynamic, responsive and interactive, and essential at every stage of the product lifecycle from procurement to operation.

Digital twins are used to develop new aircraft. Their modelling capabilities inform design choices, enabling Airbus to select the most sustainable configuration and materials with the lowest possible environmental impact.  

Powerhouse computing: Quantum has the potential to model materials behaviour at the molecular level. For example, it is capable of modelling corrosion inhibition processes. This in turn will enable us to accurately design coatings that stand surface degradation to a far greater extent.