Company aims to mine resource-rich asteroids Planetary Resources says the right 80-meter asteroid could contain more than $100 billion worth of materials Space company Planetary Resources wants to mine asteroids for metals such as platinum The company has big-money investors including filmmaker James Cameron and Google's Larry Page The company hopes to dispatch swarms of Arkyd-300 prospecting spacecraft to orbit candidate asteroids The right 80-meter asteroid could contain more than $100 billion worth of materials, the company said (CNN) -- Eric Anderson and Peter Diamandis pioneered the business of sending millionaire tourists to space. Now they want to mine asteroids for what they say will be tens of billions of dollars worth of resources annually for use on Earth and beyond. Seattle-area's Planetary Resources, backed by big-money investors including filmmaker James Cameron and Google executives Larry Page and Eric Schmidt, said Tuesday it plans to develop and launch a series of robotic systems and unmanned spacecraft, starting with its Arkyd-100 Earth-orbiting space telescopes that it hopes to launch by the end of 2013 to identify candidate near-Earth asteroids. The company hopes to dispatch swarms of Arkyd-300 prospecting spacecraft, which would orbit candidate asteroids and finish the process of determining what they hold, within 10 years. The Bellevue, Washington, company would then unveil a new system of spacecraft for the payoff -- mining precious metal, such as platinum, for use on Earth -- and extracting water, whose elements the company says can be used for fuel and life-support systems in space. In short, Planetary Resources hopes it will be in a very crucial and lucrative position of not only boosting terrestrial industry, but also setting up a network of fuel depots that humanity will need to better explore the solar system and beyond. It can be done, and yes, it's very difficult Peter Diamandis "The Earth is feeling a resource pinch, and ultimately we will have the ability to turn that which is scarce into abundant," Diamandis, who co-founded Planetary Resources with Anderson in 2009 but generally kept mum about the project until this month, said at a press event in Seattle on Tuesday. "It can be done, and yes, it's very difficult ... but the returns economically and the benefit to humanity are extraordinary," added Diamandis, who also is chairman of the X Prize Foundation. Company representatives said having platinum and other metals in more abundance would ensure humanity's continued ability to develop important electronics, and perhaps make them cheaper. A single 500-meter platinum-rich asteroid would have the equivalent of all the platinum-group metals ever mined on Earth, the company said. And the right 80-meter asteroid would have more than $100 billion worth of materials, Anderson said. "We can use these asteroids to grow our prosperity for the future," said Anderson, who in the 1990s founded Space Adventures with Diamandis The company brokered millionaires' rides to the international space station on Soyuz spacecraft. Planetary Resources adviser and former NASA astronaut Tom Jones said commercial enterprises like this one can do things that governments can't: build multiple, simple spacecraft at relatively low cost, while accepting the risk of losing some vessels, and produce at a higher pace. He highlighted the potential usefulness of water extraction. The cost of bringing water to the international space station is $20,000 per liter, he said. "I believe that, beyond the international space station, we won't have a permanent presence in space unless we can reduce the cost of life-support systems," Jones said. These materials can not only spur less-costly life support, but also generate wealth, which can provide support for more exploration throughout the solar system. Anderson said the investors realize the company could fail. "But (the investors) believe that attempting this and moving the needle for space is worth it," he said. The Arkyd-100 space telescopes will benefit more than just Planetary Resources, said Chris Lewicki, the company's chief engineer and a former NASA Mars mission manager. Schools eventually will be able to access them, making "a once-rare tool available to an entirely new audience." The company plans to be relatively small. It has about 24 engineers now, and though it is looking to hire, it doesn't anticipate hiring hundreds, Anderson said. And when mining starts, the company hopes to do it all robotically, because humans in space would increase the cost. "There may be mining expeditions that require humans, but we would really try not to if we can, because it's better business," Anderson said. The company said it doesn't currently intend to launch its own vehicles, saying it is looking for "ride share" opportunities with other space entities that it didn't name. While Planetary Resources focuses on asteroids, another company said it's the moon we should be mining. Moon Express of Mountain View, California, announced Tuesday it had recruited five top lunar scientists to join its advisory board as it makes plans to extract precious metals from the moon. The company said asteroids have been hitting the moon for ages, depositing the precious metals they carry on the lunar surface. "There is clear evidence of significant platinum group metals on the moon from Apollo samples and lunar meteorites, and we've discovered evidence for localized hot spots that will help us choose landing sites to practice mining techniques," Alan Stern, the chief scientist at Moon Express, said in a press release. "I believe that the presence of water and ease of mining platinum group elements on the Moon's surface far, far trumps arguments that NEO's (asteroids) are energetically easier to get samples from than the moon," Stern said in the release. Moon Express plans to send robots to explore mining sites on the moon, the company said.