An inexpensive look at what the future might holding for the mining industry and the future of automated technology was on display during NASA Robotics Mining Competition at NASA Kennedy Space Center in Florida.
The annual contest gives students from across the nation the chance to design, build and then operate robotic explorers in a bin loaded with simulated Martian soil called regolith.
Although the teams get to decide whether to give their robots direction by remote control or program them to work autonomously, the machines are tasked with collecting as much regolith as they can and then depositing it into a container, and all with a simulated communications lag akin to the one real robots on Mars face. The robot that gathers the most wins their respective category, NASA said in a release.
Participants across the board said persistence is the top skill for any squad to bring to the competition because the machinery, software and simply handling the unusual soil make smooth operations very rare. The simulated regolith, which carries similar properties to that of soil found on the Moon and Mars, was not chosen by accident. By using materials similar to what its own probes encounter on other worlds, NASA could see a new technology tested at the competition that can be employed on future missions as the agency works toward eventually sending astronauts to deep-space destinations including the red planet.
The event also is meant to spur interest in science, math, technology and engineering education by giving students a chance to lead and execute projects that take years or more and substantial funding to develop in the professional world.
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