On August 17, 2026, Space Forge announced a master research agreement with The Texas A&M University System and identified the system as the base for its first U.S. semiconductor-materials manufacturing and processing capability. The agreement establishes a framework for research collaboration across the Texas A&M System and connects Space Forge with semiconductor cleanrooms, characterization tools, material-processing infrastructure, researchers, and workforce.
That may sound like a terrestrial manufacturing announcement. For in-space manufacturing, that is exactly why it matters.
The market is bigger than the spacecraft
Space Forge is developing advanced semiconductor materials using the space environment, where microgravity and vacuum can enable material properties that may be difficult to reproduce on Earth. But an orbital process creates economic value only if the resulting material can move through a usable terrestrial chain: characterization, processing, device integration, qualification, customer adoption, and scaled production.
The Texas A&M agreement is therefore an example of market infrastructure forming around an emerging space capability. Space Forge said the collaboration will begin with terrestrial material growth, characterization, and processing, with joint research expected to expand over the following 12 to 24 months.
What to watch
The key evidence will be whether space-produced materials deliver performance improvements large enough to justify launch, return, processing, and qualification costs at meaningful scale. Partnerships like this can reduce the friction around that test by connecting flight results directly to established semiconductor infrastructure and researchers.
Source: Space Forge, August 17, 2026.