Space Factory: UK’s First Orbiting Facility Tested
- Space Forge,a startup based in Cardiff,Wales,has successfully launched its ForgeStar-1 satellite into orbit aboard a SpaceX Transporter-14 mission from Vandenberg Space Force Base in California.
- Joshua Western, CEO and co-founder of Space Forge, described the launch as the dawn of a "new era" for both materials science and industry.
- The satellite, about the size of an oven, will leverage the vacuum, ultra-cold, and zero-gravity conditions of space to produce "supermaterials" that are challenging or impossible to create...
Space Forge launched ForgeStar-1, the UK’s pioneering manufacturing satellite, marking a monumental leap for in-space production. This mission harnesses the unique conditions of space to forge advanced ”supermaterials.” The satellite aims to create components like ultra-efficient computer chips, perhaps revolutionizing electric vehicle charging and advancements in various sectors. The project is a significant step in making orbiting facilities a reality. The project is a significant step forward in using the space environment for advanced manufacturing. Discover how Space Forge is leading the new era of material science. News Directory 3 reports on the latest breakthroughs in space technology. Learn about the future of innovative alloys and the potential of pharmaceutical and technological advancements made in space. What will ForgeStar-2 achieve?
Space Forge Launches First Manufacturing Satellite into Orbit
Updated June 28,2025
Space Forge,a startup based in Cardiff,Wales,has successfully launched its ForgeStar-1 satellite into orbit aboard a SpaceX Transporter-14 mission from Vandenberg Space Force Base in California. The launch represents the United Kingdom’s first foray into manufacturing materials in the unique surroundings of space.
Joshua Western, CEO and co-founder of Space Forge, described the launch as the dawn of a “new era” for both materials science and industry. He noted the technical achievement of building and launching Britain’s first manufacturing satellite, adding that the next step involves demonstrating the ability to create a suitable environment for in-space manufacturing.
The satellite, about the size of an oven, will leverage the vacuum, ultra-cold, and zero-gravity conditions of space to produce “supermaterials” that are challenging or impossible to create on Earth. These materials, in crystal form, could than be used to develop ultra-efficient computer chips for various applications, including data centers and telecommunications networks. Space Forge anticipates that these semiconductors could significantly reduce electric vehicle charging times and contribute to advancements in metal alloys and pharmaceuticals.
ForgeStar-1 will be deliberately incinerated upon re-entry into Earth’s atmosphere after its experiments are complete because the company has not yet obtained the necessary certification to return it to earth intact, western said. However, this controlled burn-up will serve as a exhibition that the satellite will wholly disintegrate even in the event of a re-entry system failure. the mission will also provide crucial test data and validation for future in-space manufacturing endeavors.
What’s next
Space Forge is already developing its next satellite, ForgeStar-2, which is designed to both manufacture materials in space and safely return them to Earth. The company recently secured $30 million in funding, led by the NATO Innovation Fund, to accelerate this project.