SpaceX Prioritizes Lunar 'Self-Growing City' Over Mars Project, Musk Says (reuters.com) 157
"Elon Musk said on Sunday that SpaceX has shifted its focus to building a 'self-growing city' on the moon," reports Reuters, "which could be achieved in less than 10 years."
SpaceX still intends to start on Musk's long-held ambition of a city on Mars within five to seven years, he wrote on his X social media platform, "but the overriding priority is securing the future of civilization and the Moon is faster."
Musk's comments echo a Wall Street Journal report on Friday, stating that SpaceX has told investors it would prioritize going to the moon and attempt a trip to Mars at a later time, targeting March 2027 for an uncrewed lunar landing. As recently as last year, Musk said that he aimed to send an uncrewed mission to Mars by the end of 2026.
Musk's comments echo a Wall Street Journal report on Friday, stating that SpaceX has told investors it would prioritize going to the moon and attempt a trip to Mars at a later time, targeting March 2027 for an uncrewed lunar landing. As recently as last year, Musk said that he aimed to send an uncrewed mission to Mars by the end of 2026.
Nazi lunar base. (Score:5, Funny)
Thankfully one already exists on the far side of the moon.
https://en.wikipedia.org/wiki/... [wikipedia.org]
Re:Nazi lunar base. (Score:4, Informative)
Yes, that's the SpaceX one ;)
Re: Nazi lunar base. (Score:2)
You didn't quite get the joke. "No Nazi ever called me racist"... because they wouldn't, would they?
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Nazi base? One exists at Mar-a-Lago, don't need to visit the stinkin' moon to get one's fascist rocks off.
And it sounds like Musk is TACOing Mars now. He used to not shuddup about Mars. Now he's a Moonie.
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https://www.coolantarctica.com... [coolantarctica.com]
https://en.wikipedia.org/wiki/... [wikipedia.org]
Which is where Operation HighJump and Operation Windmill came in.
https://en.wikipedia.org/wiki/... [wikipedia.org]
https://en.wikipedia.org/wiki/... [wikipedia.org]
Make that 50 years or longer (Score:4, Insightful)
Musk has no clue and he is not an engineer. Even only keeping out the Regolith dust (which will be survival critical) will take longer to figure out than those "10 years".
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This speaks volumes about Musk's predictions. He said they were going to skip the moon to go to Mars, as all that 'research' on the moon was pointless, and he wanted to 'back up' the human race on Mars.
Now he says they're going to the moon instead. He also claims it'll take less than 10 years.
I suspect in humankind collectively decided to build a city on the moon in 10 years, we could probably do it. Musk's companies are all buying each other to hide losses - but by any measure they're bigger than most comp
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Human beings get unwell living in very low gravity for extended periods. The ISS showed that. Space cities need artificial gravity, such as spinning torus. A space city on the moon is nonsense.
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On the other hand, if 1/6th gravity does prove enough, that'll answer the big question hanging over whether Mars's 0,4g is enough.
If it doesn't, then it's still in the who-knows category.
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Geoffrey A. Landis of NASA's Glenn Research Center has summarized the perceived difficulties in colonizing Venus as being merely from the assumption that a colony would need to be based on the surface of a planet:
However, viewed in a different way, the problem with Venus is merely that the ground level is too far below the one atmosphere level. At cloud-top level, Venus is the paradise planet.
Landis has proposed aerostat habitats followed by floating cities, based on the concept that breathable air (21:79 oxygen/nitrogen mixture) is a lifting gas in the dense carbon dioxide atmosphere, with over 60% of the lifting power that helium has on Earth.[10] In effect, a balloon full of human-breathable air would sustain itself and extra weight (such as a colony) in midair. At an altitude of 50 kilometres (31 mi) above the Venusian surface, the environment is the most Earth-like in the Solar System beyond Earth itself – a pressure of approximately 1 atm or 1000 hPa and temperatures in the 0 to 50 C (273 to 323 K; 32 to 122 F) range. Protection against cosmic radiation would be provided by the atmosphere above, with shielding mass equivalent to Earth's.
In addition:
Venus's relative proximity makes transportation and communications easier than for most other locations in the Solar System. With current propulsion systems, launch windows to Venus occur every 584 days,[3] compared to the 780 days for Mars.[4] Flight time is also somewhat shorter; the Venus Express probe that arrived at Venus in April 2006 spent slightly over five months en route, compared to nearly six months for Mars Express. This is because at closest approach, Venus is 40 million km (25 million mi) from Earth (approximated by perihelion of Earth minus aphelion of Venus) compared to 55 million km (34 million mi) for Mars (approximated by perihelion of Mars minus aphelion of Earth) making Venus the closest planet to Earth.
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I don't understand why Venus is not the main target for colonization.
Resources, the only accessible resources on Venus is the atmosphere, mostly CO2, some nitrogen and I don't think any amount of hydrogen. You'd have to take everything there besides air and would never have a hope of a self sufficient colony. Mars, at least in theory, has everything needed for life and an industrial society. In practice, I'd assume the resources are spread around the planet and Mars has close to the same amount of dry land as the Earth.
Venus would be interesting for a scientific outpost for
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You are describing (some of) the inert species in the atmosphere (also there's also noble gases and carbon monoxide). However, the aerosols (and possibly rains/frosts/snows, but we don't know because we've spent so little focus on studying Venus in contrast to Mars) are mainly water and sulfuric acid. There's also phosphoric acid and hydrogen chloride (the lower cloud layer
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Thanks for the info.
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It's like reading Kim Stanley Robinson's Mars trilogy.
You want a colony, suspended by balloons, in the middle of a violent atmosphere?
Tell you what. Build one over the South Atlantic and get it to survive for 2 years, and then we can talk.
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Venus's atmosphere is no more violent than Earth's; the properties of the middle cloud layer is surprisingly similar to our own. Most accidents involving lighter-than-air craft on Earth have involved collisions with things on the ground in some form or another, which is not applicable on Venus. It's ground handling that has always been the difficult, dangerous part with them. We have flown aerostats for around a year (see for example Aerostar Thunderhead) and there's no reason we can't do more.
Lighter-th
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Venus's atmosphere is no more violent than Earth's
Nor, if you read, will you see that I implied it was.
the properties of the middle cloud layer is surprisingly similar to our own. Most accidents involving lighter-than-air craft on Earth have involved collisions with things on the ground in some form or another, which is not applicable on Venus.
Who the hell said anything about accidents?
's ground handling that has always been the difficult, dangerous part with them. We have flown aerostats for around a year (see for example Aerostar Thunderhead) and there's no reason we can't do more.
Those flew at stratospheric altitudes, where the wind has practically no power (though plenty of velocity)
An aerostat as proposed in Venus will need to contend with hurricane force winds. Not hurricane velocity- hurricane force.
Lighter-than-air aircraft don't react to turbulence in the same way that heavier-than-air aircraft do.
Are you..... trying to imply.... that an aerostat will not be shredded if it flies through a hurricane?
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The velocity of the winds relative to some surface 50-55km below you is utterly irrelevant. Expecting that to be relevant is like expecting airplanes to fear flying in the jet stream because "it's so fast!".
The only thing of relevance is turbulence, e.g. local variations, which are not "hurricane speed" - just normal convective cells. Which in Venus is Earthlike, aka not particularly p
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The velocity of the winds relative to some surface 50-55km below you is utterly irrelevant.
Indeed. So why did you bring them up?
Expecting that to be relevant is like expecting airplanes to fear flying in the jet stream because "it's so fast!".
Agreed, that would be stupid. But then again, so would comparing the shear forces of the jetstream to a hurricane.
The only thing of relevance is turbulence, e.g. local variations
Correct.
which are not "hurricane speed" - just normal convective cells.
Incorrect. Venus experiences ridiculously violent storms, with high differential wind speeds (and air mass, critically).
Which in Venus is Earthlike, aka not particularly problematic for an aerostat so long as there's no risk of accidental ground collision.
Again, you go ahead and sit in an aerostat at 10km of altitude in the South Pacific for a year, and you tell me how it goes for you.
If you're not positing accidents, then what on Earth are you positing as the problem for long-duration flight? Gas permeability through the envelope? That's readily calculable, and FYI, it's not a problem relative to the rates you can regenerate O2/N2 from the atmosphere.
No- storms. Storms is the concern.
For an aerobot, this all makes sense. They're small enough that th
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I suspect in humankind collectively decided to build a city on the moon in 10 years, we could probably do it. Musk's companies are all buying each other to hide losses - but by any measure they're bigger than most companies, but still comparatively small on the "nation state scale". it feels unlikely that even if he spent every last cent he could lay his hands on that he'd be able to do what he says in 10 years.
I suppose it depends on the size of the nations. Musk net worth, according to a DDG AI search and other countries GDP:
As of 2025, Elon Musk's net worth is approximately $384 billion. Countries with GDPs lower than this amount include those with GDPs below $384 billion, such as countries like Greece and Portugal, which have GDPs around $300 billion and $250 billion, respectively.
Now obviously we don't see those two countries or those with lower GDPs sending people to space, so maybe they don't count as "real" countries.
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Comparing GDP to net worth is a very strange thing to do. Even more strange than comparing countries to people.
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Given the non-liquid nature of the assets, they become worth less the more you sell.
Re:Make that 50 years or longer (Score:4, Funny)
Come on, the fat ketamine Nazi has all the pieces of the puzzle.
Electric cars that need no air to combust - check.
Tunnel-digging machinery that can create congestions - check.
Spaceship that can also do fireworks - check.
Robotaxis in the millions - check.
An angry "AI" to throw rocks at Earth - check.
It is a done deal, basically, with blackjack and hookers.
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It is a done deal, basically, with blackjack and hookers.
As a matter of fact, forget the whole moon thing.
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I propose he goes first and stays. Then we will at least have one dead Moon-Nazi as a permanent installment up there to remind us of some things.
While I applaud your thought, I believe I'd much rather see him volunteer to be one of the in-place engineers for his orbital AI datacenters. I'm sure they'll need someone up there to swap power supplies and check coolant systems. Surely he wants to put his fat-ass where his money goes.
Re: Make that 50 years or longer (Score:2)
It took him longer than ten years to figure out human flight to ISS.
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Re: Make that 50 years or longer (Score:2)
What he is, is a liar and master stock manipulator. That's all this is. No need to look for any science in it, or to dig any further (no regolith joke implied).
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Indeed. And he got really lucky one time with his inherited money.
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Musk has no clue and he is not an engineer. Even only keeping out the Regolith dust (which will be survival critical) will take longer to figure out than those "10 years".
While I don't have any confidence in Musk at this point to think it would be considered, it's not really that hard to do. You either wash it off before you come inside from the airlock, or you don't bring the suit inside and leave the dust on it. Washing it off can be a simple matter of showering off with soapy water in the airlock once it is pressurized (the shower system and tank, etc. can be self contained inside he airlock). The water gets sucked up from under the grate at the bottom, the dust is filter
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No. That is amateur-level thinking. It will not work for the Moon. This is very fine dust and it is electrically charged. And you cannot simply "filter it out" either.
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Hahahaha, no. Sure, if it is in a stream of air and you can replace those ULPA 17 filters easily, maybe. But that is not the situation.
Re:Make that 50 years or longer (Score:4, Insightful)
Nobody thinks he's doing all the work.
But we all see he's constantly making up bullshit without verifying it the people that are supposed to implement it because he's perpetually desperate for attention, and needs to keep promising new bullshit to keep the stock prices high.
Re:Make that 50 years or longer (Score:4, Informative)
We've all got first-hand knowledge of that because he keeps saying and doing things in public that confirm it. We don't need to have direct access to someone's inner mind to make reasonable inferences about their motivations. It's a completely normal thing to do, and you do it all the time, because humans can't function without it.
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Buying twitter?
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Re: Make that 50 years or longer (Score:4, Insightful)
What should *not* happen, is governments financing any of his idiotic trash projects (anyone remembers the hyperloop fiasco? The cybertruck fiasco? And on and on...).
There's one born every minute...
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Indeed. And maybe the engineers will come up with a breakthrough in some area of tech but if not - well its keeping a lot of highly educated people gainfully employed and if Musk wants to spend his - or more likely some gullible investors - money on their wages then he should be allowed to carry on doing it.
Re: Make that 50 years or longer (Score:5, Insightful)
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SpaceX revolutionized space travel and reduced costs an incredible amount... His, "Snake Oil" has done more good for the world than your entire family tree ever will.
Costs went down, yes, but they're still three orders of magnitude higher than Musk claimed they would be. That's one of the reasons people think of Musk as a snake oil salesman.
Re: Make that 50 years or longer (Score:5, Insightful)
Re:Make that 50 years or longer (Score:5, Informative)
Musk has been making bad predictions for decades now. Boots on Mars in 10 years, about 15 years ago now. Full self driving in 6 months, a decade ago. Starship was supposed to be flying regular missions by now, the new Roadster should have been delivered years ago (with booster rockets, according to Elon).
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And the new roadster is hardly pushing the engineering boat out either in 2026 , its easily doable with current tech as other companies are proving, so one can only assume he's lost interest in it.
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Musk has been making bad predictions for decades now. Boots on Mars in 10 years, about 15 years ago now. Full self driving in 6 months, a decade ago. Starship was supposed to be flying regular missions by now, the new Roadster should have been delivered years ago (with booster rockets, according to Elon).
Indeed, check out Youtube videos of actual physicists peeing all over the plan to send humans to Mars. I particularly like the one from Leonard Susskind, physicist at Sanford. He lists a number of problems for which Elmo and the rest of the space nutters have no answer. The chief problem is radiation. It turns out the Universe hates us and is constantly trying to kill us off with radiation; and if it weren't for the atmosphere and magnetic field of Earth, it would have succeeded. And cosmic radiation is the
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He just seems to consistently and vastly underestimate the difficulty of engineering these things. He seems to have thought that Starship was just a case of making a bigger rocket, a few years tops, and then unlimited tankers to orbit so Mars is "easy".
AI is another massive blind spot for him. The original 6 months for full self driving seems to have been based on a misunderstanding of how AI works and how difficult image recognition it. Many of the fatalities caused by Tesla Autopilot are due to it simply
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High resolution radar is great and really should be in any autonomous car*, but I disagree about conventional radar. The resolution is so low that at any reasonable distance ahead of your car, it just can't tell if something is in your lane or not.
* - I like how it sees the world in a different manner than how your cameras do, so it's an entirely independent datastream not subject to the same limitations as your cameras, unlike LIDAR which has the same limitations, only worse. Metal shines brightly. People
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I think for a driving aid, conventional radar is fine. It is enough to lessen the impact if something is in front of the car, and the driver is supposed to be paying attention anyway.
The reason why FSD is so dangerous is because it lulls the driver into a false sense of security. The time between disengagements increasing just makes it worse. At least they now have the interior camera to watch the driver, but there are a lot of them on the road that don't.
Re:Make that 50 years or longer (Score:4, Informative)
Um... I have issues with a lot that Elon says, but those are some pretty weak arguments.
Yes, we can, with today's tech, get people to Mars and back without them dying of radiation poisoning. Not significantly increasing their lifetime risk of cancer is the challenge, not the question of whether you can keep them alive. And the solutions aren't at all magical - you coast with your fuel and engines between your crew and the sun, and you ideally also have small shelters for solar storms. GCR can't be readily blocked, but it's also much lower intensity. The overall radiation load doesn't kill you, it just increases your lifetime risk of cancer and other diseases.
You do not decelerate payloads with propellant. You decelerate them with aerobraking / aerocapture. And there is nothing unusual about the dV schedule for Starship.
"Spending 2.5 years on a mission means that Earth's gravity will probably kill you if you make it back" - we've had enough long-duration spaceflights that we can confidently state that this is demonstrably not what happens (and also it's not about microgravity for 2,5 years, it's 2x sub-8mo trips with 0,4g in-between), and also, you can rotate spacecraft to create "artificial gravity" through centrifugal force. Though in general that's unlikely to happen, as they'd be more likely to choose "engineering simplicity" at the cost of "more adjustment time on the ground". Once again, you're confusing "bad for your health" with "acutely kills you".
"Air. The Earth has relatively lots of it. Mars has very little of it, less than 1% of Earth's" - and generating oxygen from water is one of the most trivial of industrial processes that humans carry out, and long-term-durable reusable CO2 scrubbing can be done with something as trivial as periodically heating washing soda and a fan (potassium carbonate/bicarbonate swing absorption).
Your citing all of these ridiculous "problems" and not focusing on any of the actual engineering that they're skimming over. Random example among many: Musk talks dismissively about how easy getting water will be on Mars, because parts of Mars have lots of ice just under their surface. But the act of mining is highly nontrivial (with lots of consumables), it's actually permafrost rather than ice, and it's full of compounds that are toxic to humans and have the potential to mess with the longevity or results your industrial processes. Just like how it's an expensive time-consuming pain to iterate on developing things like rockets and cars, the same applies to mining and industrial systems that can work on another planet; you can't hand-wave them, or just import Earth systems and just assume they'll work.
But things like "how much dV will it take to get there", these are easily calculated stuff that are part of the basic mission plans.
Re: Make that 50 years or longer (Score:2)
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It sent us the Orange Thing because there are no pending supernovas available in our vicinity, and God used up his locust supply in Egypt.
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Musk has been making bad predictions for decades now. Boots on Mars in 10 years, about 15 years ago now. Full self driving in 6 months, a decade ago. Starship was supposed to be flying regular missions by now, the new Roadster should have been delivered years ago (with booster rockets, according to Elon).
Musk's biggest issue, before the drugs and ketamine, was that he lived in some weird bubble of fantasy co-joined with an optimistic "if we poured all our resources into it without any barriers or regulatory hurdles" (which is its own fantasy) view of the world when it comes to the things he wants to achieve. He seemed to believe, even before the public meltdown stage, that he was such an authority on things that when he decided something should be the focus, the entire world should bend to his will to make
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In November he updated the rocket roadster to a flying roadster that we would see demoed by the end of the year. That created a distraction for a few weeks.
I read a few accounts of this meeting to get a good picture of what happened and it is a whole lot of nothing. Musk was just gassing to investors in a meeting with his trademark vague "visionary" BS.
Rest assured, he will bring Mars up again in the not too distant future when he needs another distraction.
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Though he is doing reusable, landing boosters, Falcon 9's. With boosters getting used a ton of times and making space more affordable for all.
Yes, he (well, SpaceX) is doing that. And that's impressive. Damn impressive. But Musk still talked big and delivered late.
He predicted a first landing of a booster in 2013-2014. It happened on land in December 2015 and on a drone ship in April 2016.
He predicted re-use of a booster by 2015. It didn't happen until March 2017.
He predicted same-day re-use of a Falcon 9 booster in 2014. To date, SpaceX hasn't been able to do it in less than 9 days.
He predicted re-use of Falcon 9 boosters up to 100 times in 2018
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You're missing the point: he's a serial over-promiser, even when he succeeds.
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All the best do. No one changes everything about a sector without believing what everyone else thinks is impossible and overreaching.
Just like children need to reach for more than they can do to do their best and to grow, so does everyone else. Those that sit back and do what has been done have the luxury of setting realistic goals.
The idea that you are bitching about a guy that Fundamentally changed EVERYTHING about Cars, Solar and Space Travel because he is a bit late speaks
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It always makes me laugh when I see people referring to him by his first name, as if they have some kind of personal fucking relationship with the guy.
Remember when we all referred to Gates and Bezos and Bill and Jeff? Ya, me too.
You're a card-carrying member of a cult of personality, buddy. I hope you make it out some day.
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The entrepreneur types encourage that. I don't know why exactly, but I suspect it's because a lot of early stage investing is emotional. Big promises get big investments, and the VCs get to cash out. And hey, maybe some of the stuff you developed will be actually useful for something.
Re:Make that 50 years or longer (Score:4, Interesting)
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Nope. It gives you some hard surfaces, but the fine dust will still get everywhere and slowly kill people.
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I cannot tell whether you are being really stupid or sarcastic.
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I am curious why you think that washing the dust off with soap and water before you come inside is such a stupid idea. What challenges are you seeing to that working?
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Ah, you are being stupid then. Figures. No, you cannot just "wash off" very fine dust.
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Correct me if I am wrong, but don't microwaves heat things by exciting water? Does microwave radiation work on dry sand/dust?
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Microwaves work on metal, too, or you wouldn't bet getting those sparks in a microwave, nor could you melt tin like some people do.
I'm sure that powerful enough microwaves will interact with anything their wave can disturb and not go right through.
But you are right that rocks or lunar regolith are not things that microwaves work well on.
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There actually is metal in lunar regolith, BTW. About half a percent of it by mass is metallic iron. One ISRU proposal for mining on the moon is basically "drive along and throw regolith across magnets, and melt down whatever sticks" ;)
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Try running the energy calculations on how much it'll take to pave the entire landscape around you.
(Also, lunar dust is mobile. No matter how far you pave out, it'll come back. It gets ionized by solar radiation, lifts off, and drifts significant distances)
Jesus Christ, Elon. Ease up. (Score:2, Insightful)
I know you're going to be a trillionaire soon, but damn. Your projections started out grandiose, but now they're just humorous. You blew past unreasonable so quickly we didn't even notice it.
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I know you're going to be a trillionaire soon, but damn. Your projections started out grandiose, but now they're just humorous. You blew past unreasonable so quickly we didn't even notice it.
Well, there was the whole "hyperloop" thing.
Idiocrat (Score:5, Insightful)
It wouldn't work for "securing the future of civilization," even if they were able to overcome the mountain of difficult and expensive engineering challenges.
Any sort of calamity that put human life on Earth in peril would mean the lunar colony would stop receiving support from Earth and would die off long before the last holdouts Earthside.
There's an incredibly long list of things they'd need shipped up to survive, none of which are needed on Earth. Because on Earth you can survive by primitive means if necessary.
Re:Idiocrat (Score:4, Informative)
This isn't "The Moon is a Harsh Mistress". It is hard to make a moon colony self-sustaining. Just the loss of core materials due to daily use have to be replenished from Earth, otherwise the colony will eventually become a tomb.
At the minimum, it will take multiple, redundant sources of iron and other materials, a source of oxygen, water (which means hydrogen, and there isn't much of that in the moon's atmosphere.)
It isn't just an engineering hurdle. This is a resource hurdle and providing things that are already hard to get on earth, and already need extremely modern supply lines to make and get into a usable thing in the first place.
Instead, the best hope is trying to get mines up and go 100% robotic until we can get stuff piled in areas that are usable. This combined with a cheaper propellant source because moving stuff out of Earth's gravity well isn't cheap.
Re:Idiocrat (Score:5, Informative)
Iron, oxygen and water are not hard things to acquire at the moon's poles. It's like you were trying to make a list of the things that are easiest to acquire on the moon.
Your biggest problems will be the extreme paucity of both nitrogen and carbon, things essential en masse for all life. Beyond that, chlorine and fluorine are also very rare, zinc is about 2 orders of magnitude less common than on Earth (also lead, bismuth, thallium and cadmium), etc. Also, beyond general abundances, is the lack of many of the sort of enrichment processes that create rich mining deposits on Earth. At best you'll get some of the volcanic enrichment processes (incompatible elements in pegmatites), but not much beyond that, and even then you're going to deal with lots of overburden. And hard rock mining and processing on the moon will be far more difficult than on Earth.
But iron, water, and oxygen are basically the easiest things you could get on the moon. Respectively, half a percent of regolith is (magnetic) iron dust; water, while rare globally, is seemingly abundant in polar craters; and oxygen can not only be made from water, but over 40% of the mass of lunar regolith itself is oxygen, which can be freed via a variety of (albeit energy-intensive) processes.
(Even "getting the minerals" isn't really the big challenge anyway in gaining full independence from Earth. It's the mind-bogglingly immense length of production chains needed to fully sustain even a minimized-set of required technologies ("consumables", both feedstocks and maintenance), and all of the transport along the way. You can whittle down how much you need to import per-capita by orders of magnitude, but getting rid of all of it is a big ask)
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Musk is just an investing marketdroid (Score:3)
A very fancy, very rich one, but a marketdroid with money to spend nonetheless. His skills are in bullshitting about maybes, pure and simple. Sometimes he gets it right with EVs and rockets, sometimes when he attempts to be a futurologist without understanding the engineering and biological issues he just sounds like an idiot. This is one of those times.
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i always remember the impression he made on me when i first watched a Tesla keynote he did, years and years ago. I remember thinking to myself "how can he be so shit at this compared to Jobs?" I know Steve Jobs was a phenomenal presenter, but Musk was just such a *shit* presenter. I couldn't believe that other people thought he was good at it.
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i always remember the impression he made on me when i first watched a Tesla keynote he did, years and years ago. I remember thinking to myself "how can he be so shit at this compared to Jobs?" I know Steve Jobs was a phenomenal presenter, but Musk was just such a *shit* presenter. I couldn't believe that other people thought he was good at it.
I always thought they were two sides of the same coin. Jobs always struck me as a narcissist too. I've worked with people who behave like this - they make a cute presentation, then the only thing they know how to do in the real workplace is yell at people.
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Jobs was undoubtedly very self-assured and possibly a narcissist, although he public apologised for various fuckups several times, which is not something narcissists do. But there are too many stories of his insight and acuity to dismiss him as someone who only knew how to yell at people in the workplace.
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It wouldn't work for "securing the future of civilization," even if they were able to overcome the mountain of difficult and expensive engineering challenges.
Any sort of calamity that put human life on Earth in peril would mean the lunar colony would stop receiving support from Earth and would die off long before the last holdouts Earthside.
There's an incredibly long list of things they'd need shipped up to survive, none of which are needed on Earth. Because on Earth you can survive by primitive means if necessary.
Someone clearly didn't watch the documentary "Space: 1999."
Synergies (Score:2)
It took him a while, but he finally seems to have found a sea [wikipedia.org] that is "not too choppy" [x.com] for a Cybertruck to drive across.
IA + IRSU = Fast and "cheap" development (Score:4, Interesting)
I remember the document "Affordable, rapid bootstrapping of space industry and solar
system civilization"
https://arxiv.org/abs/1612.032... [arxiv.org]
A decade ago it was proposed about develop the Moon with the assistance of AI. It's not about human colonization. Not yet. And more about robot colonization.
I think it's a great idea. Low risk (human missions are a lot more expensive), finally develop local resources, with a fixed cost per time, develop an exponential infrastructure.
The thing is, this proposition was developed before AI revolution, so I think now has more sense than ever.
Once you industrialize the Moon, create an true near self-sustaining, redundant and growing outpost become a lot more easier and logical.
Don't start with human colonization. Let's focus on robot colonization (instead of exploration) now.
And the Moon has lots of advantages in that regard. Relatively "high" gravity (in comparison with most rock bodies of the Solar System). Nearly real-time communication (just a pair of seconds apart). Some good metal reserves. Spots with near 24x7 light (in the poles, a bunch of solar groups of interconnected panels can reach that goal). Some ice to build fuel. A potential space elevator.
Not ideal for human colonization, but great for robot colonization, and we probably should start that way.
Manned program requires elevate the security and will raise the cost too much.
Re: (Score:3)
Then there's the Kessler syndrome. Thanks to Elon and his ilk, we are well on our way to filling up an unregulated layer of space junk at the low earth orbital regions of space. When critical mas
securing the future of civilization (Score:2)
By civilization Musk means himself and a tiny group of humans to entertain him.
Only pivoting the message (Score:3, Insightful)
I think Starship will not be man-rated as quickly as BO's lander, so the latter will get the glamorous lunar orbit to lunar surface part of the DEI Artemis 3 mission, but Starship will carry all the stuff they need on the moon for that mission, maybe act as an emergency return vehicle, and then take more equipment and then men there to build a base. By that time, the Mars mission engineering will be ready for testing.
It's possible Musk thinks they can accelerate Starship's man-rating in time for Artemis 3, but I doubt that will work.
I love how any post mentioning Musk brings out all the Slashdot geniuses whose much better skills have somehow only netted them a millionth of that "terrible engineer's" wealth.
Mars-moon-LEO-Earth (Score:2)
Space colonies musk, space colonies (Score:3)
Self sustaining space colonies are the only way to escape earth's politics, and most importantly, the pull on the soul of the gravity.
Also "musk" is a pretty dumb surname, i consider changing to something more nice, more space like, like "Deikum"
Also not related at all, but if you ever think on doing giant robots, consider only using only one big red eye, and giving em axes that heat up the edge. it will tell earth everything they need to know.
U.S.S. GTFO & U.S.S. STFU (Score:2)
Not really. A vengeful dictator could launch a missile at say a Mars colony to finish it off.
A safer option would be a long-term nuclear ship going at least 0.1c that stops broadcasting. In short, get the f$ck away from this solar system, change course often, and STFU. Might also need to shut the engines off once 0.1c reached to not leave a heat signal.
Re: (Score:2)
I'm talking specifically about the o'neill space tubes
You can't missile something you don't even know where it is
"which COULD be achieved in less than 10 years" (Score:2)
Weylan-Yutani (Score:2)
Still no good "Why" (Score:2)
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Moon Base FTW (Score:2)
I've maintained for years that establishing a moon base would be the best first step. much faster than round trips to mars. you can work out allot of logistical issues there first, and when you're really ready to goto mars, the technology will be much more mature.
Tesla Roadster (Score:2)
Re: (Score:2)
Re: Dumb nazi (Score:3)
It's pretty simple. They want his money.
Re: (Score:2)
People like to laugh at how ridiculous his predictions are.
Re: I see a pattern (Score:4, Insightful)
Exactly. Buying Twitter was a financial disaster. His solution was to form xAI and use that money to buy Twitter and make the private investors "whole" so thry are happy. Now they are racing to cash out xAI investors before the bubble pops, so SpaceX "buys" it. SpaceX goes public, VCs make their big multiple, and then Musk fans just keep believing the hype. There is a famous saying that is the gist of Elon: "the market can stay irrational longer than you can stay solvent". Betting on Elon is a proxy for betting that people are irrational.