spacious, with 55 inch TV, kitchen, gym – LLODO

Setting up a human base on Mars has long been an aspiration of us Earthlings. For centuries, humans have been fascinated by the dusty and desolate Red Planet, ever since it was discovered by Galileo in 1610. Since then, the mysteries of Mars have always stimulated the imagination. of humans, to the point that one of the common images on TV in the 1950s and 60s was of green aliens living on Mars.

Moon race fever has spread around the world, and after Neil Armstrong became the first man to walk on the surface of the Moon in 1969, humanity almost immediately set its sights on the next target. is Mars.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 1.

Although space exploration has stalled for decades, a new space race with the participation of billionaires Elon Musk, Jeff Bezos and Richard Branson has rekindled the idea of humans. could live on another planet.

The CEO of SpaceX, Elon Musk, has stated his desire to create a colony for a million people on Mars by 2050. But if we really do, what will the human base be like for allow us to survive and eventually live on the Red Planet?

Texas-based construction technology startup ICON is working with NASA to plan a concept for a human base on Mars.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 2. — The company’s 3D-printed building houses 55-inch TVs, a gym and areas for growing crops, bearing similarities to the base in Matt Damon’s 2015 blockbuster The Martian

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 3. — The 158-square-foot ‘habitat’, known as Mars Dune Alpha, is currently under construction at the Johnson Space Center.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 4. — The base will simulate the challenges of a Mars mission, including resource constraints, equipment failures, communication delays and other stressors.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 5. — The right technology for building extraterrestrial habitats is 3D printing because of the lack of building materials.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 6. — In August, NASA said it was looking for candidates to participate in a year-long project to simulate life on Mars, slated to begin next fall.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 7. — Mars Dune Alpha Map

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 8. — Participants’ tasks may include simulated spacewalks, scientific research, virtual reality use, robot control, and communication exchanges.

In addition to the Mars Dune Alpha being built for cohabitation, there are other fascinating Mars base ideas that could one day become a reality.

“The next really big thing is to build a self-sustaining city on Mars and get the animals and creatures of Earth there.” Elon Musk said.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 9. — Photos previously posted by Musk on Twitter show his company’s Big F***ing Rocket, now known as Starship Super Heavy, on the surface of the Red Planet, with a dome at the back and second Seems to be solar panels.

Other ideas that have been shared include a “Mars Case” by Beijing-based company Open Architecture, in partnership with Chinese tech giant Xiaomi.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 10. — It was launched in 2018 as a compact, self-sustaining living space, measuring only 2.3m long and wide, 2m high. It is connected to a steam room to expand the space, which can inflate, deflate and fold by itself.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 11. — Inside, there is a main living area, bathroom, desk, a couple of chairs and a storage area.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 12. — Smartphones, such as those made by Xiaomi, can be used to control appliances and other functions, like indoor lighting.

Meanwhile, scientists from Switzerland’s École Polytechnique Fédérale de Lausanne (EPFL) have designed a self-sustaining research facility that could support manned missions for several years.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 13. — The multi-step plan involves sending a robot to Mars to build a base, exploit the red planet’s natural resources, and eventually send a crew to the Martian surface, where they can lived there for at least nine months.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 14. — Scientists are also thinking of creating a system of “cranes” that will orbit the Red Planet, serving as a transit point for cargo between space shuttles traveling from Earth and bases on Mars. It can be reused up to six times and helps reduce the size of payloads sent from Earth between each trip.

The top three NASA-reviewed designs were SEArch+/Apis Cor, which took first place, Zopherus from Rogers, second, and Mars Incubator in third from New Have Connecticut.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 15. — Mars Incubator from New Have Connecticut has been selected as one of three finalists in NASA’s Mars base designs competition.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 16. — Zorpheus’ design will be built by a mobile printer, which automatically prints the structure and then moves on to the next site.

This is NASA's Mars simulation base: spacious, with 55-inch TV, kitchen, gym - Photo 17. — The unique shape of the design from Search/Apis Cor allows for structural reinforcement. Light enters through ports on the sides and top.

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