Colonizing Mars has been on the agenda of many science-writers for decades, although only Elon Musk’s great push for a reusable spacecraft with a clear vision for colonizing Mars has put it in the realm of science fact. , which despite all odds make it seem impossible Elon Musk thinks it can be done.
They’ve uncovered a crazy plan to do it, most people still wonder whether it’s possible to live or inhabit Mars, but only a few of them are SpaceX CEO Elon Musk and his team. Engineers and scientists are confident that this can be done.
He has been quite vocal about his ultimate goal of colonizing Mars and establishing a permanent human settlement there for a very long time in an effort to rekindle the public interest in space travel and improve NASA’s position. Budget Musk proposed Mars Oasis, a project to put together a compact experimental greenhouse with dried gel to grow plants on Martian soil.
Although even with the substantially greater space budget Elon Musk understood that getting to Mars without a fundamental breakthrough in rocket technology would be extremely expensive, the first step toward achieving that muskete was in October 2001. Cantrell was to buy an aerospace supply fixer and his college best friend with ADO Recy. Elon Musk indicated in a 2011 interview that he plans to take humans to the surface of Mars within 10 to 20 years.
In late 2012 he said that he had envisioned a Mars colony. Rocket engine development is one of the longest sub-processes in building thousands of new rockets, with the first colonists arriving by the mid-2020s so before 2012 SpaceX began designing the Raptor rocket engine that would propel Starship launches Will give power
The systems then began development work on a fully reusable launch vehicle. The N-rated spacecraft on-orbit propellant tanker Insight through resource utilization, the launch landing platform, and rapidly diverted local rocket fuel production to Mars, which would be used for the mission. All parts are, SpaceX’s aspirational aim is to land the first humans on Mars by 2024.
Elon Musk said in October 2020 that 2024 would be the target date for an uncrewed voyage, Elon Musk said at the Axel Springer Awards that he was quite confident that the first crude trip to Mars would take place in 2026 which may seem like a lofty goal is the result of more wishful thinking without a concrete plan to support it,
Exactly what Musk’s plans to colonize or populate look in real form in presentations Elon Musk imagines helping build a million-person city on Mars within the next 50 years. 100 Years Although he acknowledged that it would take a long time, Elon Musk tweeted in January that his Starship transportation system is aimed at Mars.
Launch each of SpaceX’s reusable Starship rockets an average of three times per day, each voyage carrying a 100-ton payload Elon Musk has also studied how other parts of life on Mars might function, In fact he tweeted in January that there will be a lot of work to be done on Mars.
Third Line Tesla Podcast Elon Musk said that Mars will have direct democracy with people making their own decisions. Musk also believes that there should be fewer and simpler rules on Mars than on Earth and that the city has one for it. There has to be an outdoor entertainment aspect. If we are going to populate Mars it means we will be there for a long time.
Of course we need food to survive, so the next logical question would be how the inhabitants of Mars get their food answers through solar-powered hydroponic farms. In this regard two robotic freight missions, the first of which could be dubbed the Heart of Gold, were scheduled to fly in 2022 with the goal of delivering a vast array.
The mission design calls for the launch of four additional Starship launches in 2024, two robotic cargo flights and two crewed flights to establish a propellant manufacturing facility, along with solar panels mining equipment as well as surface vehicle feeding and ife support infrastructure. Establish parks and build landing pads and greenhouses, each landing mass containing at least 100 tons of useful cargo, in addition to the spacecraft’s 85-ton dry mass.
These two launches would help provide everything the colonists would need to establish a self-sustaining environment on or at least Mars. Work towards making this a success as they will have life support systems, the first temporary accommodation will be their own crewed starships.
However wherever possible robotic Starship freight aircraft will be refueled for their return journey to Earth for longer duration bases
It is recommended that the landing area for optimal solar power generation will be a latitude of less than 40 degrees, a moderate temperature and most importantly the proximity of a vast subsurface water ice deposit. Water must be of sufficient quantity and quality according to preliminary SpaceX analysis .
The factory would need to mine one ton of water each day and filter its contaminants based on a 2011 prototype test operation, the total unit conversion rate being one metric ton of o2 ch4 propellant for every 17 megawatt hours of solar power input. is estimated. The power required to manufacture a full load of fuel for the SpaceX starship is estimated to be around 16 gigawatt-hours of locally produced Martian electricity.
It would take a little less than a megawatt of continuous electrical power to power a load for 26 months. Mars is one of the closest planets to Earth where humans can live and despite a distance of 140 million miles it receives enough sunlight. Receives humans to warm and humans can easily grow plants in the compressed Martian atmosphere.
Which is mostly carbon dioxide augmented by nitrogen argon and other gases, Elon Musk believes a self-sustaining city is the only way to make life possible on Mars and that Mars will avoid the need to re-supply spacecraft. Colonization has been complicated, with the issue of ships landing on Earth after landing on Mars has been debated for a long time.
Although NASA has confirmed that their supply will be greater for the continuation of life on the planet. Also the permanent existence of life on Mars for tourist visits depends on the amount of resources needed for eventual colonization and because Mars is different from our Earth, those who land there may face some difficulties, the landing of starships. Analysis of the site showed that it would be close.
The area has been purposely placed to store underground ice and water so that the colony can receive enough sunlight to power the array of solar panels, using the planet’s resources to propel the spacecraft again. The Raptor’s engine employs supercooled liquid methane because this type of fuel burns cleanly.
It can be reused over a long period of time like methane in rocket boosters can be produced from atmospheric CO2 using nickel as a catalyst and can also be obtained from water ice on Mars, SpaceX According to engineers, the solar panels needed to send a spacecraft to Mars would take up about 56,600 square meters of land.
It is also important to recall the Boring Company that Musk started to offer better transportation options, as a result of which it is safe to assume that the Boring Company would be involved in the colonization process as it had to travel through the surface of Mars to reach subsurface water. Will have to drill through. It is necessary to establish artificial camps deep below the surface to protect human colonies from harsh ionizing radiation which is recognized as a major disadvantage.
In fact the most pressing concerns related to SpaceX Mars habitat plans are around long-duration spaceflight radiation weightlessness and the health risks of habitats in Mars low gravity, which is just 38 that of Earth, all of which have to be comprehensively resolved. The rest is there but we can expect SpaceX to come up with suggestions soon as they are a private company betting everything on a single project, it is essentially a do or die situation for them.