GKN Aerospace and the U.S. Air Force join forces to speed up advanced manufacturing for lighter, stronger aircraft structures
Fort Worth, Texas, 20 April 2026 – A major step forward in aerospace innovation is underway as GKN Aerospace and the U.S. Air Force Research Laboratory launch a new $8.4 million program focused on titanium additive manufacturing. The initiative aims to improve how next-generation aircraft parts are built, making future airframes lighter, stronger, and faster to produce.
The program, called TITAN AM, will use an advanced process known as Laser Metal Deposition with Wire technology. In simple terms, this method builds metal components layer by layer using titanium wire, reducing waste and allowing complex parts to be created more efficiently than traditional manufacturing methods.
Titanium is highly valued in aerospace because it is strong, lightweight, and resistant to corrosion. These qualities make it ideal for aircraft structures that need durability without adding extra weight. Lighter aircraft can use less fuel, carry more payload, and improve overall performance.
The project will focus on five key areas, including scaling production, testing material strength, improving digital simulations, creating better inspection methods, and proving the technology on real aircraft components. Experts say these steps are necessary before large-scale aerospace adoption can happen.
All development work will take place at GKN Aerospace’s Global Technology Centre in Fort Worth, Texas, a facility known for advanced manufacturing research and aerospace collaboration.
Industry specialists believe additive manufacturing could change aircraft production in the coming years. Instead of cutting large metal blocks into shape, manufacturers can build only what is needed, saving time, lowering costs, and reducing raw material waste.
As global demand rises for smarter aviation technology, this titanium breakthrough may help shape the next era of military and commercial aircraft design.
