University of Florida researchers are pioneering a laser-based manufacturing technique that could enable astronauts to build structures on the moon using locally sourced materials. The method, described as laser forming, bends lunar soil transformed into glass without physical contact, potentially reducing the need to transport heavy construction equipment from Earth.
The work is led by Victoria M. Miller, Ph.D., an associate professor in the Herbert Wertheim College of Engineering and a researcher with the UF Astraeus Space Institute. A research phase focused on the process recently concluded, though specific technical parameters or timelines for deployment were not disclosed.
Separately, Stoke Space completed proto-qualification of the first stage of its Nova rocket, a milestone in the vehicle's development. The test campaign validated structural integrity of the stage, moving the company closer to first flight, though a specific launch date for the full rocket has not been announced.
These dual advances highlight growing momentum in space infrastructure, from in situ resource utilization research to reusable launch vehicle development. Laser forming could lower costs for lunar habitats, while Nova's progress adds to a competitive landscape of commercial rockets targeting medium-to-heavy lift capabilities.
A counterargument holds that laser forming remains at an early research stage, with significant engineering challenges required to scale from lab demonstrations to reliable lunar operations. Similarly, Stoke Space must still complete full vehicle integration and flight testing before operational status is achieved.