Space Mining Quotes

The era during which only governments could put hardware on the Moon is coming to an end. There are 26 private teams competing for the $30 million Google Lunar X-Prize - to be awarded for sending a robotic spacecraft to this nearby world that can roam at least 500 meters, and send back data such as a photo.

There is a potential to be a big explosion of what spaceflight is gonna mean to just an everyday person in the near future. I think it's very hopeful for our young people: all the exciting things that they could be doing in the future relative to space and space exploration.

The first colony on Mars is not going to be built by a private company. How are you going to make money? You're not.

Mars could very well be a staging location for the resources of the asteroid belt. We have to learn how to get a payback somewhere, but it's beyond Mars that the real payoff will come from minerals.

By 2030, up to 10 percent of the world's gross domestic product could be linked to space in some way.

Mining asteroids is a well-oiled trope of science-fiction. But someday, actually doing it will make economic sense. Many of the essential metals of our society, such as platinum, copper and zinc, are rapidly becoming scarce. The asteroids might offer a replacement supply, providing the materials our descendants will need for a high quality life.

I think we are at the dawn of a new era in commercial space exploration.

If you've been wondering where the next gold rush is going to take place, look up at the night sky to our closest celestial neighbor. The next economic boom might just be a mere 240,000 miles away on the bella luna.

The future is about wings and wheels and new forms of space transportation, along with our deep-space ambition to set foot on another world in our solar system: Mars. I firmly believe we will establish permanence on that planet. And in reaching for that goal, we can cultivate commercial development of the moon, the asteroid belt, the Red Planet itself and beyond.

The shuttle tomorrow is truly like laying the last spike on the transcontinental railroad, only much more so. And whether or not we're going to see in in the next 10 or 20 years, there are people alive today who will see manufacturing in space from moon materials or from asteroids.

To deliver vast new resources to humanity, we must pioneer and occupy the moon, Mars, and perhaps even beyond.

My work at MIT had focused on what we could build in space once we had inexpensive space transportation and industrial facilities in orbit. And this led to various sorts of work in space development.

It is time to kickstart a new U.S. space transportation industry and time to spread that industry into space itself, leveraging our space station legacy to ignite imaginations and entrepreneurship so that we can move farther out, back to the Moon, out to the asteroids, and on to Mars.

What we get from building a space station, the economic return, the science return, is very, very important to our nation, to our economy.

Obviously, there's a big homage to Outland in Moon. I obviously had Ridley Scott's response, which was great. But Peter Hyams really loved Moon and was really enthusiastic about it. He was also enthusiastic about the fact we'd remembered Outland and had remembered it fondly. I think, for him, it was like some kind of edification that there were people out there who loved his film. So, that was a really lovely feeling.

The first trillionaire in the world will be the person who mines asteroids.

If governments decide to return to the Moon - as seems to be the case - it must be to build villages, not bases, and to do it as rapidly as possible, as it needs to be an immediate challenge, not a distant dream. And if some want to go to Mars or mine asteroids, they need to be seen as part of a new frontier community.

The commercial space industry is enormous and ripe for disruption.

One example of an upcoming need for downmass - the ability to transport material from space to the Earth - is space manufacturing.

We need to open the frontier between the Earth and Moon to large-scale human activities, we need to establish human outposts and communities off the Earth and begin the job of doing so right away - and do so largely based on letting the people take over most of the jobs.

By opening space, for the first time in our history, rather than inexorably extracting the blood of life from this oh-so-precious sphere in our quest for wealth, we will turn outwards and upwards, creating new wealth from places already dead, advancing into places where there is no life, and bringing its seeds with us.

The mining towns I describe in the 'Helium-3' novel series are not unlike Coalwood, but there is one major difference: Those towns, rather than being located in the Appalachian coalfields, are on the moon.

Rather than being an impediment, NASA can and should be the driver of commerce, the provider of the technology necessary to make some big money in space. The truth is that private enterprise already has a huge presence up there.

When the moon was first visited in 1969, the astronauts brought back a treasure trove of unique minerals. Contained within specimens was an isotope called Helium-3, which turns out to be the perfect fuel for fusion reactors.

There was nothing technical or physical stopping us from having moved on from Apollo to a permanent Moonbase, the development of industries in space, and the establishment of the first human communities on Mars. We could have - we can - do it anytime we actually decide that it is our goal, organize ourselves to make it happen, and Just Do It.