Elon Musk is a man on a mission, and that mission is not only to get humanity to Mars but to get them to Mars this decade. That’s why he created his own space organization at SpaceX, which NASA couldn’t (at the time), prompting him to need to be in space again.
And that has succeeded, and now, SpaceX is not only one of the leading places in all space travel design and planning, but they really want to be the group to send one person to Mars.
But the plans go beyond that, he doesn’t just want to land a man on the surface of Mars and say he did (that’s what we did with the Moon if you really think about it), but that one wants to establish a colony there.
Surely you must be thinking, “Well a colony would be nice, but it will take some time to get up and running, right?” And you are absolutely right. It will take a lot of time and effort, but some of the work is already being done because of SpaceX through their Starship.
You see, the biggest problem with getting to Mars is… getting to Mars. For the longest time we barely had anything that could take us to the Moon and return safely, and even then (like Apollo 13) it was very easy to screw up.
However SpaceX, they are working on faster, stronger, and most importantly, a reusable craft that can operate in space, return to Earth, and then resupply for future missions. can be. And it’s this Starship class of ship that we’re taking to go to Mars and build a colony.
Musk wrote in a message that the ultimate goal of his “Mars plan” is to launch each Starship vehicle an average of three times per day. Each Starship would be capable of carrying about 100 tons of payloads into orbit, so, at that flight rate, each vehicle would carry about 100,000 tons annually, he explained. Now, Musk may seem like he’s just speaking a number here (and if we’re being honest… he’s one of a kind) but in reality, he’s trying to obey the laws of space and reality.
What do we mean by that? Simple, when it comes to space travel facts, having the right windows to travel is a must. Not the least of which is trying to minimize travel time by making sure you’re in the right window. unclear? I’ll explain
Think about the solar system we’re in, right? Think about how each planet orbits the Sun. Now, if you look at Mercury and its orbit, and then compare it to Earth’s orbit, you’ll easily see that its orbit was smaller than Earth’s by a very good margin. 88 days compared to 365.
So now, compare Earth’s orbit around the Sun to that of Mars. 365 days… to 867 days. Yes…that’s quite a jump. And because of that, Earth and Mars are not in the same alignment most of the time.
Thus, Musk, NASA, and others aim to try to get people to Mars within a few windows. “Building 100 starships/year turns out to be 1000 or 100 megatons/year in 10 years or maybe about 100 thousand people per Earth-Mars orbital sync,” he said in a tweet.
So for that, he’s thinking for a really long term, trying not only to get to Mars, but also trying to make it when we get there, and to build a true colony we have. There are enough time and resources we need to get the ships a full colony built in a decent amount of time.
By “civilized time” I mean about 50-100 years. Yes, it is not a quick process, however, the sooner we start, the sooner we finish it, right? And it’s one of Musk’s biggest goals.
Trying to do things now rather than hoping to develop something later to speed things up. Because while you’re trying to shape the human race for its future, it’s not a good idea to wait.
After hearing some of his numbers, he said a fan asked if he was seriously saying we could have a million people on Mars by 2050. their reaction? “Yes.”
Obviously, this would go against his timeline because we’ve talked about how long it would take to build a colony that could house a million people and is both functional and self-sustaining, but hey, the goal!
So let’s break it down, shall we? Can we really have a full colony city on Mars by 2050 with a million or more people? Technically… yes. If all goes right and we’re able to reduce the time difference on some things, plus a few lucky breaks and catch all that.
Obviously, the first hurdle is coming into focus: getting to Mars. Clearly, none of this matters if we don’t get to Mars. According to Elon Musk, the first mission is scheduled for the next few years.
And obviously, if the mission goes well it will be a huge milestone for mankind, but these are its early stages. If not plainly obvious, you can’t send a large group of people to a planet we’ve never been to before and start colonizing it.
You have to send a very small group of people, at most a handful. And that’s exactly the plan. The goal is to have them on Mars by 2025 or perhaps even 2026 if flight plans are delayed and such (which is likely given the recent setbacks in the SpaceX program).
Anyway, once people are on Mars, they’ll go to work setting up their base camp (via supplies and dropoffs done by unmanned missions a year ago) and then all the way to the surface of Mars. will start testing.
Barring something unexpected, they intend to stay on Mars for about 9 months, and when that time is up, they return to Earth to study and examine. Why?
Because since we’ve never been to Mars in a physical sense (not including probes, rovers, etc.) we don’t have a perfect idea whether the people living there will be affected by different forces that people like NASA or Elon Musk wouldn’t do. Predicted.
Hence why you send a small group of people to the surface of Mars and not a complete colony writeoff. They will be studied, monitored for a while, and then all should be well, allowing SpaceX and NASA to begin preparing the colony and the next steps in the mission. But this is where things get a little tricky on their own.
Because let’s look at this colonization in a big way, shall we? At this point in time, let’s be generous and say 2027 (the time where astronauts will return to Earth after their Mars missions), the only real thing on Mars is the base for the original team, and possibly a few other items Musk has based on the cargo. What sent through ships.
It is a long way from being a fully residential colony, not to mention reaching a population of 10 lakh people… you have to make sure you can house, feed, and keep 10 lakh, people, safe. It is not as easy as people like to understand it.
That doesn’t mean it’s impossible, we clearly know it’s not just Earth-based and how we’ve adapted to protect ourselves from various things, but it would be even harder to do it on Mars. So what will it take to reach one million people on Mars by 2050?
Lots of starships, lots of people, and lots of fast construction. Let’s start with the basics, shall we? For the second Mars mission (aka the one after the first group comes back and proves there’s nothing harmful about living on Mars outside of basic risks), there’s more than likely a larger group living on the planet not just there. (possibly for a very long duration depending on mission parameters) but to lay the groundwork for a larger colony.
The first group that will be sent to Mars will be a science team and probably an engineer or two who will work on setting up power generators and maybe even solar panels. But for the most part, it will be about studying Mars to establish the possibility of actual colonization.
For the second round, there will be a lot more people focusing on the actual building of the colony, which is both great and very problematic. After all… with what are you going to build the colony? And just as important… from where will you get the materials to build the said colony?
Absolutely. Now, there are many answers to both of these questions, but who will lend themselves to the 2050 timetable target for the colony? Some, very little in fact. Never forget that we can build huge and breathtaking buildings here on earth because resources are only a few hours or maybe days away should we need them and plan ahead to get them.
As for Mars, they don’t have that option, or at least, not at first. Unlike Earth, we don’t know what exactly is in the soil of Mars. We have tests that show there are various minerals and rare-earth metals we can use, but obtaining them, refining them, and making them useful for colony growth is a long process.
So for most of the time, we will be relying on shipments from Earth to send us the materials needed to build the Martian colony. This is a very costly and time-consuming endeavor, and a single shipment can go completely wrong through the timetable.
And knowing how space travel and construction work… eventually something will go wrong. However, there is another option. One that is a bit more creative and uses up resources.
One such plan is using 3D printing to help set up different homes for people using the natural soil and land that could have different rovers (which would be shipped via Starship cargo ships that would be able to land on a single plane). can pick up a great deal of them at the bar). Mars.
How this would work is a bit abstract, but the idea of 3D printing things could work… in theory. And if we are to be honest, housing construction is one of the main problems that Mars Colony has to deal with. Another major obstacle is food and water.
We know that there is water on Mars, it’s been proven, and the SpaceX mission is also going to go to a place where there is water to find it a lot easier than to find a good water spot or expect it. to be removed from. water around.
However, when it comes to food? We’ll have to bring our own, and either receive continuous shipments from Earth (which is again expensive, time-consuming, and problematic) or pull Matt Damon (from his movie The Martian) and try to grow our own food. find a way. .
Which would be awesome…but problematic in itself. And while we can eventually build greenhouses on a large scale to grow our crops on Mars, that process will take time to grow, but testing to make sure they’re safe for consumption, but making it possible. Will take time too. It aims to feed 1 million people by 2050.
Ask any farmer you know and expanding crops and growing plants is not the easiest task in the world. But let’s be fair here. Let’s say, just for the sake of argument, that we’ve been able to get to Mars, have several successful missions, start setting up a home there, and get it where we can have reliable power (via solar panels). More than likely), frequent food and water, and more… Elon Musk has one final problem to deal with.
Mainly…can he really bring a million people to go to Mars? I ask this honestly because it’s a question that isn’t really raised very often. Yes, many of us “dream” of being a multi-planetary race…
The colonization of Mars is a voluntary thing for all kinds of reasons. And while Elon Musk has noted that “there will be a lot of jobs on Mars!”, it doesn’t exactly answer what life would be like on Mars.
Not in “How will we survive?” Kind of way, rather, “What would you do every day?” Like. Think about it. We will certainly have power, but for the first several years it is doubtful that we will have TV, internet, access to libraries and much more.
It would be a lot like the days of the early colonization of the United States. Lots of work and restrictions on where you can go and pass the time. Certainly, by 2050 that may be partially or fully corrected by technology, but a fully stocked, fully occupied, and fully operational city in all forms those who want? It’s a bit of a reach for Elon Musk, too.
Never forget that humanity loves to be comfortable, we like to know what awaits us at work, at home, with our families, and much more. While some people happily jump at the chance to be on Mars, not everyone is.
And to say that hundreds of thousands of people would happily jump on Elon’s ships to visit and populate Mars every year? That may not be in the cards.
Thanks for reading till the end. Comment what’s your opinion about this information “Elon Musk Mars City By 2050”.
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Information Source: Youtube – Insane Curiosity