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Remote-control Robots and New Simulations Set to Transform Lunar Exploration and Resource Collection
In the race to explore and establish a human presence on the moon and Mars, remote-control robots robots are emerging as a crucial technology that could transform how we handle resources and ...
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China tests deep-sea robot at 4,147 ft, drills and monitors seabed in real time
China has tested an autonomous deep-sea robot capable of drilling and monitoring inside seabed strata during a South China ...
Engineers are training legged robots for future lunar missions that will search for minerals and raw materials. To ensure that the robots can continue to work even if one of them malfunctions, the ...
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Meet RoboBall: The Revolutionary Spherical Robot That Could Transform Lunar Exploration
The concept of the RoboBall, developed by a team of engineers at Texas A&M University, has the potential to reshape the future of exploration—both on Earth and in space. The spherical robot is ...
Robots and humans assembled their brains and artificial intelligence (AI) for Moon exploration at the ESA-ESRIC Space Resources Challenge. A team proved that when it comes to surveying uncharted ...
Sending 1 kilogram to Mars will set you back roughly $2.4 million, judging by the cost of the Perseverance mission. If you want to pack up supplies and gear for every conceivable contingency, you’re ...
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