Check out this video on 3D printing in space. The first objects printed in space is now on Earth for engineering inspection.
The real question is: can they break a piece of rock that size without mining engineers
Check out this useful site for knowledge about space:
For the more technical guys, I found this paper on the commercialization of micro-gravity (ways to make money out of the space station). “Overall, products manufactured in microgravity have key properties usually surpassing the best terrestrial counterparts.” Bottom line: some things you make in space are superior to what you can make on Earth, and some people will get very rich doing it. Not sure how we can get involved from SA though.
The Foundation of Space Development launched the Africa2Moon initiative. They believe Africa has the capability to put a payload on the moon. Check out their website and let me know what you think.
Does anyone have ideas for putting experiments in space? NanoRacks is a non-profit commercial company providing laboratory access to the ISS. They will also put your payload in orbit, or take it to the moon or Mars. They are one of the examples in my commercial space course.
The article below is my first assignment I submitted to the Commercial Space Executive Leadership Course I am on.
My Important truth that few people agree with me is that space mining will become a major industry in the next few decades.
“But we already struggle so much with mining on earth. Why would we want to try mining on the moon / Mars / asteroids?” This is a much too common response. Or worse yet, “Just watch out for the blue Avatar people.”
To me it is dead obvious: if you want to sustain people on Mars, they need to live off the land as much as possible. They can’t be perpetually tethered to Earth for water, oxygen, fuel and building materials. It borders on ridiculous to imagine a future where mankind is spread over the solar system, and even the orbital station around Neptune imports everything from earth. Talk about draining the resources of our planet!
I realise that maybe I use the term “mining” a bit loosely. I’m referring to any kind of material gathering, with or without beneficiation, for any kind of utilization. Early stages would be very crude utilization close to where the material has been gathered from. It could be as simple as gathering lunar regolith to shield an experiment from radiation and micro-meteorites. This is what people don’t think about intuitively. When you talk mining, they think of massive machines hauling millions of tonnes of material to be processed, concentrated and refined; and then you still only have a raw material to be turned into a product.
We need to seriously think about utilizing space resource if we want human space exploration to thrive. Going to Mars could be much easier if you had refuelling stations everywhere between here and there. The material for producing this fuel is available on the moon, Mars, and Mars’ moons. Jim Keravala (a fellow student to this course) told me that the economic impact of such depots would be similar (in concept, not magnitude) to the construction of railroads over the US. I fully agree with him, and believe there are very juicy business opportunities to be explored in this arena.
However, (and here is where I agree with many of the general population), what do we do NOW? Will we get major mining houses to invest in space mining, or even just space in general? They have shareholders and they need return on investment. Even when they develop technologies there needs to be a prospect of that improving their business in the next couple of years. Is it even worth fighting that fight before we have established a space demand for the space materials?
In short: “No”. I don’t think we’ll convince the mining industry to invest purely in space and / or space mining for the sake of one day being in the lead. I believe the best way to currently make a business out of combining space and mining, is a spin-off-spin-in technology development approach. We need to 1) see what mining technologies need to be developed for space mining, 2) understand how those technologies could benefit the mining industry, 3) sell that benefit to the mining industry so they will help develop the technology and 4) be one step closer to space mining while being commercially sustained.
A great video I watched as part of my Commercial Space course.
‘SpaceX is only 12 years old now,’ he told me. ‘Between now and 2040, the company’s lifespan will have tripled. If we have linear improvement in technology, as opposed to logarithmic, then we should have a significant base on Mars, perhaps with thousands or tens of thousands of people’
Deep Space Industries is planning to use cube-sats to inject metal processing bacteria into asteroids. You leave it for a while and come back to a semi-beneficiated asteroid. I like the idea, but I still have so many questions. Maybe there is scope for us to launch an experimental cubesat to test the concept.