SpaceX Rockets Are Vital To The Future of Humankind. Here’s Why
SpaceX rockets will play a vital role in the future of humankind. We will evolve as a species thanks to the amazing rockets built by Elon Musk’s space company, there’s no doubt about it.
Read on to find out why.
Humans cannot survive on Earth indefinitely. We will go extinct if we do not become a spacefaring species.
Stephen Petranek, Author ‘How We’ll Live on Mars’
Elon Musk founded SpaceX in 2002 with one mission: to enable humans to go to Mars thus becoming a spacefaring civilization.
Spacefaring: having vehicles capable of travelling beyond the Earth’s atmosphere (Merriam-Webster)
When Elon Musk told people he had decided to enter the space industry business, they told him he was crazy and laughed at him.
But to make his dream come true, he knew he the key to getting to Mars was the reusability of rockets. So that’s what he set out to achieve.
What is reusability?
We reuse cars, we reuse planes, trains etc. Think of it: what if cars were of single-use? Would you have enough money to buy a new car every time you needed to drive someplace?
That’s why space programs are so expensive. Each Space Shuttle mission cost the US over $1 billion. Reusability is an economic principle but it wasn’t applicable to rockets until 2017. In the last decades, the US put its space program on pause due to its rising costs.
What does rocket reusability mean?
It means firing a rocket into orbit, launch a payload into space, bring the rocket down to land vertically, clean it, refuel it and send it back to space. It’s an incredibly complicated task from an engineering point of view. No other rockets in the history of human spaceflight ever achieved this. All previous rockets fired by NASA during the 1960s space program crashed into the ocean.
Vertical landing and reusability – a first in spaceflight history
To reuse a rocket first you need to have the rocket land vertically. Landing a rocket vertically on the ground after it’s been in space had never been done before. Falcon9 landed on the ground successfully in 2015.
Falcon 9 / source: teslarati.com
In 2017 SpaceX achieved the world’s first reflight of an orbital class rocket when the Falcon 9 returned to Earth for the second time.
It was an incredible achievement, a feat of engineering on its own! It’s the first step towards fulfilling Elon’s dream of establishing a human colony on Mars in his lifetime.
There are a thousand ways a rocket could fail and one way that it could succeed.
Watch Falcon9 land after its second trip to space:
Benefits of rocket reusability
Rockets reusability ushered in many benefits:
It drives costs down while raising revenue;
SpaceX establishes itself as the first commercially viable space company;
It democratizes spaceflight as Apple democratized the access to digital information and Kodak, photography;
It revolutionizes space technology;
It allows homo sapiens to set out to the next stage of evolution: becoming a spacefaring species, making sure we have a secured future.
SpaceX Facts and Numbers
Founded in 2002;
100+ launches contracted;
The only private company capable of returning a spacecraft from low Earth orbit (2010);
Launched the first commercial spacecraft to deliver cargo to and from the International Space Station (2012);
The first historic reflight of an orbital class rocket (2017);
Launched Falcon Heavy, the world’s most powerful operational rocket by a factor of two (2018);
Over $12 billion on contract;
The Dragon mission will soon fly astronauts under NASA’s Commercial Crew Program.
Falcon Heavy – Bigger and Bolder
Falcon 9 achieved vertical landing on Earth and paved the way for rockets reusability. It was time for SpaceX to go to the next level.
Enter Falcon Heavy – the most powerful launch vehicle since Saturn V.
The Falcon Heavy has the ability to lift more than the weight of a 747 jet loaded with passengers, crew, luggage and fuel.
The rocket is fitted with two reusable boosters and increased payload capacity making it the only vehicle able to transport the huge amount of supplies needed to establish a colony on Mars.
I see no better way of ending this article than to invite you to watch the vertical synchronous landing of Falcon Heavy’s boosters, an engineering feat previously deemed impossible:
Every fan of technology and sci-fi would have loved to be in the shoes of Jeff Bezos, Amazon’s CEO, as he piloted a huge robot, that looked takes straight from Transformers, at an Amazon-organized annual conference for robotics enthusiasts – Machine Learning, Home Automation, Robotics and Space Exploration (MARS)- in Palm Springs, Calif. Photos and clips of the humanoid robot, which is four-meters-tall (13-foot) and weighs 1.5 tons, first surfaced online last year, however sceptics have questioned the authenticity of footage released showing the robot walking.
Bezos was filmed controlling the robot’s arms in the latest footage; however it was attached to some chains and was seemingly unable to actually walk around by itself.
According to livescience.com, the robot does not pick anything up in the video, either, which is notable because its developers say that one of their goals is to create piloted robots for real-world jobs, like cleaning up the Fukushima nuclear power plant that was damaged in 2011 when a massive earthquake and tsunami struck Japan. “So far, none of the footage of the mech has shown it manipulating objects. The massive bot also runs on external power, which means that, so far, it’s unable to work untethered,” added Stephanie Pappas for Live Science.
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