NASA Just Announced They Can Make Oxygen On MARS!



Breathing fresh air on Mars is no longer a distant dream, all thanks to NASA’s groundbreaking invention. Your first visit to Mars just got a whole lot more exciting.

NASA just dropped another game-changing bombshell announcement! With Elon Musk’s Mars ambitions, NASA’s lunar telescope base, and groundbreaking technology that might let us breathe on Mars, we’re on the brink of a cosmic revolution. Could this innovation change the game for everyone aiming to colonize Mars? How do we tackle the challenge of breathing and surviving in the unfamiliar landscapes of outer space? Join us to uncover the reasons and methods for transforming the dream of living on another planet into a tangible reality – discussing NASA Just Announced They Can Make Oxygen On Mars.

In the not-so-distant future, the dream of human colonization on Mars hinges on a crucial element: oxygen. While Earth’s atmosphere is a comfortable 21% oxygen, Mars offers a mere 0.16%. The challenge of producing life-sustaining oxygen on Mars recently took a thrilling turn with NASA’s project MOXIE. This cutting-edge technology hitched a ride on the Mars Perseverance Rover, and astoundingly, it can create oxygen from the thin Martian atmosphere.

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18 thoughts on “NASA Just Announced They Can Make Oxygen On MARS!”

  1. Cool, but what are we gonna do about the dust storms, and cold temperatures that make Antarctica look tame? How about the complete and utter lack of resources that encourage habitation? There's no reason to inhabit Mars, and Elon Musk is a moron. Our goal should be to terraform Venus if anything.

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  2. Sounds intriguing, but wouldn't the byproduct of making oxygen from carbon dioxide be carbon monoxide? Like, isn't there already a function whereby carbon dioxide from the atmosphere can be used to create oxygen directly via chemical processes?

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  3. the problem is each person would require 3 moxie devices to make enough oxygen for what they use every hour. so 750 watts per hour 24/7. about 10-12 solar panels to make enough energy to last the day. per person. so 65-80 solar panels that have to run all day every day without fail to keep these astronauts alive. 2 houses worth of panels. that doesnt include making return fuel or heating / cool or exploration or computing and telecommunications. or even mining or processing regolith for science. the amount of solar they would need is absurd and while im sure a starship could carry it they would still be at the mercy of dust storms. i dont see how solar would be viable when you're stuck there for 2 years at a time.

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