The UK is facing mounting pressure to stay competitive in the race to develop next-generation advanced materials.
Critical products such as high-precision semiconductor crystals and specialised pharmaceutical compounds remain difficult to manufacture under Earth’s gravity.
These limitations restrict progress in industries ranging from quantum computing to high-speed communications and advanced medicine.
Without new production methods, British firms risk losing ground in fast-growing global markets.
In response, the UK Space Agency has commissioned a series of new feasibility studies to explore manufacturing materials in orbit.
By taking advantage of microgravity and the vacuum of space, researchers believe they can create materials with greater purity and performance than those produced on Earth.
One project led by BioOrbit Ltd will examine how protein crystals grown in orbit could improve the effectiveness of certain medicines.
Another study from Space Forge Ltd will investigate producing high-quality semiconductor seed crystals designed for more efficient power electronics.
A separate contract awarded to OrbiSky Ltd will explore manufacturing ZBLAN optical fibres in space, where reduced gravity may significantly cut signal loss.
Each company will map out the technical requirements, costs and potential commercial pathways needed to bring space-made materials to market.
The work also supports the UK’s wider ambitions in in-orbit servicing and manufacturing, an emerging sector expected to drive economic growth.
Officials say that if successful, these projects could open the door to a new era where cutting-edge materials are made above Earth and delivered back to power industries at home.
Learn more at https://www.gov.uk/government/news/new-studies-for-manufacturing-advanced-materials-in-orbit
Thumbnail credit: NASA
