The Surprising Danger of Building a Human Colony on the Moon
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What will the first human moon base actually look like?
It's the year 2032, and humans are living on the moon. Somewhere near its south pole, at the edge of a crater so deep that sunlight has never touched the bottom, a cluster of silver and white structures mark a stark contrast to the black, star-filled sky. Inside one of those little white structures, someone is making a cup of coffee and checking the space weather report to see when the next burst of deadly solar radiation will arrive. No, this isn't science fiction. This is what the first human moon base will actually look like. Because for the first time in history, NASA has released a phased blueprint for how we will colonize the moon over the next 10 years, and the plan is already in motion. But, as with any revolutionary project, it has big questions to answer.
Where do we build it? How will we construct it before astronauts arrive? What will daily life look like once people move in? Although, perhaps more importantly, what I want to know is how we will use this space. There's talk of a much darker side to our lunar escapades. I'm Alex McColgan and you're watching Astrum. Join me as we walk through the plans for humanity's first permanent home on another world. We'll look into the issues they might run into and explore how some of the tech, like a satellite-launching electromagnetic catapult, might have dangerous alternative uses. Before we get too excited about the prospect of a lunar base, let's rewind for just a minute and recap on how exactly we got here.
In 1969, Apollo 11 landed in the Sea of Tranquility on the near side of the moon, just north of the lunar equator. Over the next couple of years, five more Apollo missions touched down in other locations, and 12 different people walked on the surface. Each time, the crew brought everything they needed to survive, and stayed anywhere from hours to a few days. Apollo program was incredible. It showed what humans were capable of. But since 1972, no one has returned. The Artemis program is now using early missions to rebuild our foundational capabilities. Artemis 1 was an uncrewed test flight around the Moon in late 2022, followed by Artemis 2 in 2026, which carried a crew further from Earth than any humans before on a nine-day journey around the Moon and back.
Artemis III will be NASA's most complex crewed mission to date, involving three separate rocket launches and two privately built lunar landers that will carry out a series of demonstrations in low Earth orbit designed to validate critical systems for future moon landings. Artemis IV will push further still, with astronauts actually touching down on the lunar surface, staying approximately a week more than twice the Apollo 17 record. But these milestones are only steps towards a far more ambitious plan, transforming the moon into a place where people actually live. The problem is that when Artemis was announced, we didn't actually have a long-term plan for how to achieve it. But recently, that's changed.
NASA has released a blueprint for how we will work toward a not-so-distant future where humans can maintain a constant presence on our celestial satellite.
How does NASA plan to survive the two‑week lunar day/night cycle?
The plan is broken down into phases, from robot explorers to livable infrastructure, starting now in 2026 and continuing through 2030 and beyond. So, let's take a look. The first question NASA had to answer is, where should a moon base go? And there are two big problems with deciding on a specific location. Firstly, across the majority of the surface of the moon, day and night lasts about two weeks each. A moon base and its inhabitants would need to survive two weeks of unfiltered, dangerous and blistering sunlight, followed by two weeks of total darkness and temperatures that can fall to minus 180 degrees Celsius. That presents quite an engineering headache for everything from keeping the lights on to the safety of the astronauts.
The other big problem is resources, water in particular. A permanent presence anywhere is only possible if we have access to it. We are water-based organisms after all, but with such extreme conditions, where and how can we find that precious commodity on the moon's surface?
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Chapters
8 chapters
1
What will the first human moon base actually look like?
0:00–3:33
2
How does NASA plan to survive the two‑week lunar day/night cycle?
3:33–7:31
3
Why is the lunar south pole the ideal spot for a permanent settlement?
7:31–11:36
4
What are the three phases of NASA’s moon‑base blueprint and their timelines?
11:36–15:31
5
How will robots and hopping drones prepare the surface for astronauts?
15:31–19:31
6
What power solutions (solar, fission, RTG) will keep a lunar colony running?
19:31–24:41
7
How will radiation, micrometeorites, and lava tubes affect habitat design?
24:41–28:45
8
What strategic and security risks could a lunar electromagnetic catapult create?
28:45–31:55
Speakers
1 identifiedMore from Astrum Space
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