The Advanced Integrated Wing Optimisation (AIWO) Project

Airbus is redesigning the aircraft wing from the ground up, integrating new structural materials, systems, and manufacturing techniques into a single optimised package. This matters because today’s wings are typically designed in separate silos—structures, hydraulics, electrical systems, and aerodynamics are optimised independently, then stitched together. That approach leaves performance on the table. The AIWO project aims to break those silos, treating the wing as a single, tightly coupled system where trade-offs between weight, fuel efficiency, and manufacturability are resolved simultaneously. If successful, the project will deliver a validated set of wing technologies ready for Airbus’s next all-new aircraft. The impact would be felt in quieter, more fuel-efficient planes—directly reducing airline operating costs and per-passenger carbon emissions. The work builds directly on outcomes from previous UK-funded collaborative programmes, extending their potential to a production-ready level. The project is applied engineering, not fundamental science. It addresses a concrete industrial challenge: how to converge multiple disciplines—structures, systems, aerodynamics, and manufacturing—into a single, certifiable wing design for a future commercial aircraft.