When you consider humans building a base on another rock floating in space, you usually think of those science fiction books you read back in high school. Fairly soon, such an accomplishment will not be the work of a science fiction writer, but instead the work of NASA, The ESA, or perhaps even a private company.
Although there are no immediate plans to build a base on our Moon, recent technological advances, as well as innovative ideas, will soon make such a project very possible. 3D printers, along with robotics could work together to make such a project cheaper, less risky, and much more likely to succeed than most experts believed just a year or two ago.
Prior to the advent of 3D printing, the idea of building a base on any planet, asteroid, or moon would be completely impractical. The costs of carrying materials to the moon would be so substantial, that it would make any such project dead on arrival. This has all changed. Theoretically, to 3D print a base on the Moon, the only material needed, in addition to a typical NASA mission, would be the printer itself, some sort of bonding agent, which would be used to solidify Moon dust into structures and a few tools.
The technology to print large concrete structures is already here. It’s called contour crafting, and has been researched on by Behrokh Khoshnevis of the University of Southern California’s Information Sciences Institute. He has also been working with NASA for almost four years, trying to come up with the correct schematics for printing out both Moon and Martian bases in the future. According to Khoshnevis, such bases could be printed using 90% Moon dust, meaning Astronauts would be responsible for transporting the other 10%. This small fraction of materials would likely be made up of the bonding agents used within the concrete like substance extruded from the printer. You can see an example of contour crafting, using a large 3D printer in the video below:
“3-D printing offers a potential means of facilitating lunar settlement with reduced logistics from Earth,” said the ESA’s Scott Hovland
Already, scientists in Italy have been able to actually test print structures, using a material which has 99.8% the same composition as Moon dust. The material was accidentally discovered within an Italian volcano. There are still several obstacles to overcome, all which seem possible in the next few years. Temperatures on the Moon, the lack of gravity, and dangers to humans working the machines, all need to be factored into any final plan that may one day be set into action.
Discuss the future prospects of a 3D printed base on the moon here: https://3dprintboard.com/showthread.php?1680-3D-Printing-a-Moon-Base
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
You May Also Like
John Kawola on BMF’s Formnext Highlights and What’s Next
Boston Micro Fabrication (BMF) has continued to grow steadily since my last visit to its Boston headquarters. The company, known for its ultra-precise 3D printing technology, showcased new product launches,...
Formnext 2024: Sustainability, Large-Format 3D Printers, & More
The doors have closed on Formnext 2024, but we still have more news to bring you about what was introduced on the show floor this year. WASP had several product...
Nano Dimension Builds Momentum After Q3 Earnings: Julien Lederman Talks Strategy
“We’re building a business grounded in innovation but also ensuring financial sustainability for the long term.” That’s how Julien Lederman, Vice President of Corporate Development at Nano Dimension (Nasdaq: NNDM),...
3D Printing Webinar and Event Roundup: December 1, 2024
We’ve got several webinars this first week of December, plus events all around the world, from Chicago, Los Angeles, and Austin, Texas to the UK, Barcelona and beyond. Plus, there...