GKN Aerospace has launched the $8.4 million TITAN-AM program in collaboration with the U.S.

GKN Aerospace has launched the $8.4 million TITAN-AM program in collaboration with the U.S. Air Force Research Laboratory to industrialize Laser Metal Deposition with wire (LMD-w) for titanium aerostructures. Based at the company's Global Technology Centre in Fort Worth, Texas, the initiative focuses on five technical pillars: process industrialization, development of robust Ti-6Al-4V material datasets, advanced simulation for design optimization, specialized non-destructive inspection techniques, and structural component demonstration. David Bond, CTO of Airframes, confirmed the program aims to accelerate the readiness of LMD-w for operational aerospace components by leveraging GKN's existing expertise in large-scale additive manufacturing.

This initiative addresses the persistent challenge of qualifying large-scale DED-based titanium components for flight-critical applications, where material consistency and structural reliability remain the primary barriers to adoption. By focusing on LMD-w, GKN Aerospace is positioning itself to compete directly with other large-format metal additive providers, such as Norsk Titanium, by moving beyond prototype development into serial production. The program targets the reduction of buy-to-fly ratios and lead times for complex titanium structures, a critical requirement for modern defense and commercial aerospace supply chains that currently rely on expensive, subtractive-heavy forging processes.

The success of TITAN-AM depends on GKN's ability to translate laboratory-scale process control into repeatable, high-volume production metrics that meet stringent aerospace certification standards. Buyers and stakeholders should focus on the specific material property data generated during this program, as this will determine the feasibility of replacing traditional forgings with LMD-w parts in future airframe designs. The transition from the current fan case mount ring production to larger, load-bearing structural components will be the definitive test of the program's technical maturity.