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Mar 19, 2021 · UNSW’s Professor Serkan Saydam posits that the success of colonizing Mars by 2050 depends on the progress of autonomous robotic mining, primarily for water extraction and energy production. He underscores the importance of demand-driven technological advancement and suggests lunar colonization as a precursor to Mars.
- University of New South Wales
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- Elon Musk Updates The Big Falcon Rocket & His Vision to Colonize Mars
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- University of New South Wales
Space Mining and Processing – ‘Prospect to Product’. Space Mining and Processing involves any hardware or operation that harnesses and utilizes ‘in-situ’ resources to create commodities* for robotic and human exploration and space commercialization.
Mar 9, 2021 · Robotic mining that can provide water and fuel is the key to developing a colony on the red planet within the next 30 years. Mars will be colonised by humans by the year 2050, as long as autonomous mining processes quickly become more commercially viable.
- Living Off The Land
- Analysing The Red Planet’S Mineral Potential
- NASA’s Rassor: Automated Assistance
- Powering Up
When it comes to the long-term ambition of establishing a Martian colony, reaching the planet itself with a manned mission only scratches the surface of the challenge. A host of technologies and techniques will be needed to create a self-sustaining settlement. Given that regular trips ferrying cargo from Earth to Mars would be cost-prohibitive in a...
But what about minerals that will be needed to fuel manufacturing efforts and build adequate subterranean habitations? The relative scarcity of data on Martian geology means there is less confidence of mineral deposits than in even the riskiest inferred mineral resources on Earth. However, there is enough information to make some likely estimations...
Wherever useful minerals and other materials are to be found, it’s likely that it won’t be humans who are doing the extracting. “The crew is there to explore and to colonize, not maintain and repair,” the STI study concluded. “Any time spent on ‘living there’ and ‘housekeeping’ should be minimized to an oversight role of robotic automated tasks.” R...
Certainly RASSOR 2.0 is a good start, although it will clearly need to supplemented with other robotic units to cover the spectrum of extraction and construction tasks required for a fully functioning colony. But how will all these robots be powered as they go about their ISRU extraction tasks, not to mention all the other power-intensive functions...
May 12, 2022 · Mining on the surface of the Moon or Mars will almost certainly need to be purely robotic, and wholly automated mining is not even currently possible on Earth, so significant developments will need to be made before that is possible. One solution could be to implement remote operation of the machinery, by a human on the lunar base for example ...
Jul 12, 2024 · The need for ISRU is especially important on Mars as resupply missions could take 6 ... “Robotic precursor missions could start mining and refining the resources, especially for propellant ...
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Apr 26, 2021 · The support of crewed and robotic exploration with on-site resource utilization — plausibly, on the Moon in the 2020s and Mars in the 2030s — has the greatest promise to jumpstart space mining. Construction of Moon bases from local materials could greatly reduce mass requirements.
