In part one, I talked about how the first colonists got off of the Earth and some of the reason’s behind it. In this post, I am going to talk about more specifics on how a corporation could make money sending people to space.
The first question the inevitably comes up is the extraordinary cost of getting anything into space. I’ll leave the politics out, but that basics of it is that it will cost approximately $10,000 per kg to send anything into Low Earth Orbit and approximately $30,000 per kg to send anything into Geosynchronous Orbit. Please note that LEO is anything around 160km to 2000km above the surface of the earth, while Geosynchronous Orbit is 35,786km above the surface of the earth. That means that it currently costs $75,000 to send an average human into LEO and 2.25 million to send one to Geosynchronous Orbit.
That price tag is huge. Impossibly huge. It is a huge barrier to human space exploration that it is what is holding everything back. It is not the risks to humans or the technologies that have to be devolved in order to make it work. It is money alone that is the barrier to space exploration and if anyone says otherwise, they are lying.
The biggest part of the cost to space exploration is the insane amount of fuel and material that it takes to get the cargo out of the gravity well of earth. The cost of moving cargo around the solar system is far cheaper. I am sure that you noticed the difference of moving cargo to Geosynchronous is only three times the cost for 17 times the distance.
A company can make a huge amount of profit by mining ice asteroids and providing the clean drinking water to the ISS. And that is only the tip of the iceberg for the amount of opportunities out there.
There are asteroids out there that are comprised of a large amount of rare earth metals. These metals are what make computers and modern life possible. But they are called rare earth metals because they are rare on earth. Out in space, however, they are not as rare as they are on earth. There is a nearby asteroid that has more platinum on it that has been mined from the earth since we knew of its existence.
That can be done by robots up to a point. At some point it becomes essential for humans to go and live in space. Only certain experiments can be done in a micro gravity and then there is the entire question of the asteroid of death issue that a multi-planet species will fix.
Once they get to space, human’s have a wide range of different needs that will need industries to meet. The best way to do that is to produce those goods in space. Where they don’t have to pay for the goods to be shipped out of the earth’s gravity well.
That means that the best way to develop long term space colony’s before we are able to build a space elevator is to cut the earth out of the equation for as many things as possible. No high prices of goods from Earth brings down the cost of living in space.
In my fictional world, that is what the corporations fight for and get. The ability to go space and the ability to ship materials back to Earth and to expect to make a profit of goods and services.
These corporations start by mining asteroids and building space stations in space. The develop Mars as a Space Colony and it is the private industry moving forward that prompts NASA to send a space mission cause heaven forbid a private industry getting to space before NASA.
That brings up a rather large amount of different issues as well, which will be talked about in a later blog post. Most of which aren’t a big deal in the grand scheme of things as the the story takes place in 2500 CE and not 2025 CE.
The story world changes from the time of the first explorers and settlers to the time of Des and the Jovian Empire. Just look at how life was like at 1525 CE to now in 2017 CE.
Next time I will go into more detail on what I think that brief history of what happens to each of the planets. Well, maybe one planet. We’ll see how it goes.