Next NASA Centennial Challenge Competition
Andrew-Unit writes "NASA today announced the next competition in the Centennial Challenge series. A prize of $250,000 USD will be awarded to the team that can autonomously deliver the most lunar regolith to a collection device in 30 minutes. From the press release: 'This challenge continues NASA's efforts to broaden interest in innovative concepts ... We hope to see teams from a broad spectrum of technical areas take part in this competition,'"
A prize of $250,000 USD will be awarded to the team that can autonomously do our job for us
Have they already ruled out a guy with a shovel? I bet John Henry would break down less often, as well as maneuvering around objects more quickly.
I know, let's put a penal colony on the moon! That way, we'd have cheap labor there, and could remove troublesome elements from our society. At least until they start raining gravity bombs on our head...
Seriously, though, a guy with a shovel is at least a viable option. Abrasive lunar dust is gonna suck for anything out there, and spacesuits may well be cheaper then gears for robots.
--LWM
Actually, with adequate funding, this could be a nice incentive. As Henry Spencer said:
"How about just buy a missile from DPRK, blow up the Moon and catch pieces with a butterfly net? "
No fair, you used gravity to move the samples. I used a lasso.
"Trolls they were, but filled with the evil will of their master: a fell race..." -- J.R.R. Tolkien on Olog-hai
this seems a bit absurd. The old Apollo program brought enough regolith back
Who said anything about bringing regolith back? As far as I can tell, this is about gathering lunar soil for mining the moon. To extract minerals / metals, or to make bricks. The goal will be to build things on the moon - not take more lunar soil back to Earth.
It's easy to imagine a machine which gathers soil and dust - filters, compacts and heat-treats - then spits out some sort of brick which can be used to construct walls or help cover / bury underground living quarters. And automating this process (so robots can have built a structure before astronauts have even arrived) is going to be extremely important for permanent moon habitation.