It makes sense and sense to come to Mars and create a habitable planet for humans.Ĭoming to Mars, create a habitable planet for humans.hmmm, that is sensible and reasonable. You, the human, the base commander, are bold and meticulous. It also makes use of augmented reality to lessen stress, which basically sounds like a Holodeck.Mars, Earth's closest neighbor, but cold and barren. It also reduces the overall load for setting up a habitat by scaling back on the amount of cargo needed. What results is a mix of high-and-low tech, none of it more than a few years out from existing. It makes use of lightweight inflatable structures while addressing concerns about radiation, all by using relatively simple material, like abundant dust. One of the more striking things is the utter simplicity of the plan. This creates a thermal seal and layer of radiation protection around the buildings, creating an underground layer with surface access that totally seems at home on a cold desert planet as much as a New Mexico earthship development. Digger robots begin creating a pit and accumulating regolith material (surface soil, essentially.) Transporters move it over inflatable habitat modules, and smelt it into a sort of iron adobe construction material with the help of Melter robots. NASA is courting the 3D printing community with ideas for structures that could be created with materials from the Red Planet, but one from Foster + Partners is particularly amazing.Įssentially, it starts with robotic landings on the surface. When it comes to building a Mars colony, it's going to have to be locally sourced unless we haul dozens of tons worth of material to the Red Planet – an unfeasible cost.
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