One startup is learning to manufacture goods out of raw materials on the Red Planet.

Mars Bars

The cost of transporting construction materials to Mars would be astronomical. So if we want to settle the Red Planet, we'll need to figure out how to make use of its natural resources.

At least, that's the idea behind Made of Mars, a new company that says it's developing the technology to convert Martian rocks and minerals into materials future astronauts can use to "build the space civilization of tomorrow."

The Martians

Made of Mars is a side project for founder John Skok, who also works as a planetary scientist studying Mars at the SETI Institute, a not-for-profit organization focused on the hunt for extraterrestrial life.

Slok wrote in a post on the SETI blog that Made of Mars's first product will be a fabric made of volcanic basalt. Basalt is plentiful on Mars, but it's also easy to find on volcanic islands such as Hawaii and Iceland. Made of Mars is developing a process in which it melts basalt down, stretches it out into long threads, and weaves it into durable fabrics. According to Skok, these fabrics could be useful on Earth as well as the Red Planet.

"Basalt may be a solution toward sustaining our home planet," he wrote in the SETI post. "It is one of the most abundant and widespread resources on Earth. Basalt is continuously erupting on the surface and requires no chemicals to process. Unlike cotton, it does not compete with food production. Unlike synthetics, it does not come from fossil fuels."

Gift Shop

For now, Made of Mars is a strictly Earthbound venture. To raise funds, it's running a Kickstarter campaign in which backers can buy wallets and laptop cases made out of volcanic basalt.

Only time will tell whether the company's tech ever makes it into space. But Made of Mars does present a compelling vision of a sustainable future both on and beyond Earth.

READ MORE: A Future Made of Mars [SETI Institute]

More on Martian materials: Here Are The Finalists For NASA’s Mars Habitat Design Competition

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