UAH Students Test Prototype Moon Landing Pad
The team successfully completed rocket-motor firing tests on a structure designed to protect lunar landing sites.
Updated on Oct. 27, 2026 in Space
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University of Alabama in Huntsville students tested a prototype moon landing pad featuring interlocking concrete components and vents. The design aims to protect spacecraft and lunar equipment by redirecting intense rocket exhaust away from the landing area.
Why it matters
The project seeks to minimize structural damage to spacecraft and equipment caused by the intense heat, force, and debris generated during lunar landings. This technology could provide a more stable foundation for future missions to the moon.
Researchers completed three rocket-motor firing tests using a 12-foot prototype structure at the UAH Propulsion Research Center. Sensors tracked exhaust movement through the built-in vent system during these controlled firings.
The players
University of Alabama in Huntsville
This public research university in Alabama hosts the Propulsion Research Center where the testing took place.
Linc Research Inc.
This company is a partner in the research project focusing on lunar landing technology.
NASA
The national space agency supports this research through its Small Business Technology Transfer program.
Marshall Space Flight Center
This major NASA facility in Huntsville is the designated site for upcoming tests of a larger prototype.
The details
The prototype uses interlocking concrete components to simulate materials that could be manufactured from lunar regolith. By channeling rocket exhaust through integrated vents, the structure significantly reduces the landing surface's exposure to hazardous heat and pressure.
Timeline
October 2026: Students conducted rocket-motor firing tests on the prototype landing pad.
The Big Picture
This project aligns with the goals of NASA's Small Business Technology Transfer program, which funds academic and private-sector partnerships to solve critical space exploration challenges. The research marks a shift toward localized, in-situ resource utilization for lunar infrastructure.
This research could directly influence the design of future lunar infrastructure, enabling safer and more reliable landings for crewed and robotic missions. By demonstrating that concrete-like materials can withstand rocket exhaust, these tests pave the way for building landing pads directly from lunar soil.
The takeaway
The successful testing of this prototype demonstrates the feasibility of using modular concrete designs to mitigate the risks associated with rocket exhaust on the moon. Developing such technology is an essential step toward establishing a permanent human presence on the lunar surface.
What happens next
The research team plans to construct a larger 20-foot prototype that will be delivered to the Marshall Space Flight Center for further testing.
Further reading
Learn more about the latest innovations in space exploration at the Space section.
Source note: This article includes information reported by 256 Today.
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