Australian 3D printing company wants to build a house on the moon


An Australian construction company is partnering with the University of New South Wales (UNSW) to accelerate the development of 3D printers for building lunar dwellings.

Ahmed Mahil, co-founder and CEO of Luyten, said the collaboration was over the moon.

“We are very pleased and honored to be able to partner with UNSW to enable construction on the Moon. UNSW is renowned for its academic leadership and world-class research. I’m no longer happy to work with you, “Mahil said in a press release.

He said the partnership would significantly advance Australia’s position in the Space Race.

“By combining our expertise with a passion for the achievements of innovative and extraordinary buildings, including a variety of intertwined disciplines, humanity can promote the colonization of the Moon and other planets.” Mr. Mahir said.

Initially, the construction of the moon was not part of the plan.

“When we developed the groundbreaking 3D concrete printer, we thought we would solve architectural and construction problems around the world, but we are currently in discussions with people in the space industry and are now building on the moon. Is considering solving the construction problem, said Mahir.

Developed for lunar construction, 3D printers are lightweight and rugged.

“We designed the printer to be compact using lightweight composites for its structure and robotic conversion technology, which makes it ideal for space transportation purposes,” says Mahir. .. “”[It] It can be set up within 30 minutes. “

According to UNSW Associate Professor Matthias Hank Haeusler, their main concern is to design habitats with shells that protect humans from radiation.

“Computational design allows us to incorporate scientific knowledge of how to protect humans from solar radiation and cosmic rays into scripts that generate shelters with the required solid materials of 80 cm or more,” Haeusler said. I am saying.

You also need a very elaborate mission that requires critical technology, as you need an architecture that is strong enough to withstand meteorites and lunar earthquakes.

First, the rover assesses the structural capabilities of the location. Other rover, on the other hand, collects local building materials to assess its mechanical properties. The robot then sends the information directly to the 3D printer.

“The lunar regolith, due to its abundance, will be the main building material for printed structures,” Mahir said. “After procuring 3D printable material, the printer begins printing on the lunar surface. The material then passes through the printing nozzles and forms a layer of structure.”

Haeusler said the project could inform them in building homes for indigenous communities.

“The knowledge we generate to build on the moon can be directly translated into building housing for extreme climates such as heat and addressing housing problems in remote indigenous communities,” Haeusler said. I am saying.

Jesse Chan