The proposed Lunar Habitat Master Plan, created by architecture company Hassell, is a scalable system of inflatable pods that could be partially built on the moon using materials that could be 3D printed locally. The village, which was created for the European Space Agency Discovery program, was intended to accommodate 144 people and include residential areas, dining areas, sports arenas, and enormous greenhouses.
“The next step in the creation of the first permanent human settlement on the moon” is how Hassell put the Lunar Habitat Master Plan.
“Space travel will evolve hugely over the next two decades, as access to space gets cheaper every year,” stated Xavier de Kestelier, worldwide head of design at Hassell.
“It is quite dangerous to live on the moon. In the absence of an atmosphere, people must build innovative infrastructure to get oxygen and water while being exposed to high radiation levels,” he continued.
“We need to start planning for how larger communities can not just survive, but also thrive and live on the moon.”
The modular parts of Hassell’s moon outpost would comprise inflatable pods coated in 3D-printed lunar soil to protect occupants from radiation exposure that might be fatal.
“Shipping anything to the moon will always be costly, so we therefore decided to create the habitats out of inflatable modules which would be light and compact,” De Kestelier explained.
“Inflatable habitats on the moon might sound like science fiction, but these types of inflatable membranes are already being tested on the International Space Station.”
Tetrapods, which are employed in wave-dissipating structures to enforce seawalls and prevent erosion, served as inspiration for the design of the hexagon-shaped interlocking building blocks that would be utilized in its construction.
At regular intervals, satellite panels would be transported from Earth and installed.
Hassell went on to say that the moon base master plan is more sustainable because it is scalable.
“Hassell’s scalable habitat system considers innovative interlocking mechanisms that allow for greater flexibility when building, so that the embodied energy contained in the hexapods can be reconfigured to reflect the size of future settlements – providing a flexible and sustainable solution,” the company stated.
Because the Shackleton Crater at the South Lunar Pole may contain frozen water, the location of the lunar base was intended to be close to its edge. European Space Agency
The Lunar Habitat Master Plan, which was launched on stage today at the ESA’s Space Research and Technology Centre in the Netherlands, could be utilized by commercial space enterprises as well as national organizations like NASA, ESA, and Jaxa.
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