Next Generation Composite Wing (NGCW) - phase 1

Britain’s aerospace supply chain is building a new generation of aircraft wings entirely from composite materials, using radically faster and cheaper production methods than current technology allows. The problem is straightforward: the next wave of single-aisle passenger jets—the workhorses of global aviation—will need wings in unprecedented volumes. Today’s manufacturing techniques are too slow and too expensive to meet that demand without crippling capital investment. The UK currently leads the world in wing design and production, but that lead depends on developing new ways to design, simulate, manufacture, and assemble advanced composite wing structures. If this research succeeds, the impact will be felt in factories, not in passenger seats. The project aims to make high-volume composite wing production fast enough and cheap enough to keep wing assembly in the UK, rather than moving it overseas. For the public, the result would be invisible but consequential: the continued viability of a high-skill manufacturing sector that employs thousands of people and supports a complex network of smaller suppliers. The technologies developed here—in automated assembly, integrated simulation, and optimised structural design—could also spill over into other industries that need lightweight, high-strength components made at scale, such as wind turbine blades or electric vehicle structures.