Re:NASA May Decide This Year to Land a Drone on Saturn's Moo...
by maxxxxx on Saturday January 19, 2019 @12:17PM
(#18947970)
That's all stuff we can try out on Earth first. Maybe build a rover that explores the whole of Antarctica or the Sahara autonomously. There is this idea of sending a submarine to Europa, melt it through the ice, explore the ocean and then come back up. It would be really cool but first we need to do this on Earth.
Re:NASA May Decide This Year to Land a Drone on Saturn's Moo...
by kakarot on Saturday January 19, 2019 @12:35PM
(#18948083)
Biological contamination is absolutely critical. We fucked up Lake Vostok and that was in our own back yard.
Re:NASA May Decide This Year to Land a Drone on Saturn's Moo...
by Something1234 on Saturday January 19, 2019 @10:34PM
(#18950828)
Stupid question why don't we flood space craft with like everclear to steralize them? Not much could survive a bath of everclear.
Re:NASA May Decide This Year to Land a Drone on Saturn's Moo...
by zokier on Saturday January 19, 2019 @02:30PM
(#18948719)
That is something that is being actively worked on. Mars 2020 should already have much more autonomy than Curiosity has. See for example https://arstechnica.com/science/2018/07/from-oasis-to-noah-t...
Re:NASA May Decide This Year to Land a Drone on Saturn's Moo...
by pieix on Saturday January 19, 2019 @09:32PM
(#18950585)
The circumference of Mars is 21,344km around the equator [0].
[0] https://www.universetoday.com/66605/circumference-of-mars/
Re:NASA May Decide This Year to Land a Drone on Saturn's Moo...
by erohead on Saturday January 19, 2019 @12:21PM
(#18947995)
Curiosity's top speed across flat ground is just 0.09 mph (0.14 km/h).
Re:NASA May Decide This Year to Land a Drone on Saturn's Moo...
by Someone on Saturday January 19, 2019 @12:40PM
(#18948113)
And, of course, that is wildly optimistic, given the actual terrain it runs on. https://www.jpl.nasa.gov/news/fact_sheets/mars-science-labor...:
”NASA’s Jet Propulsion Laboratory (JPL), Pasadena, Calif., […] engineered Curiosity […] to travel up to about 200 meters (660 feet) per day on Martian terrain.”
The Curiosity rover has been on Mars for 6 years. It can travel 90m/hour. Theoretically, it could have moved 3,400km by now- that's more than once around the equator of Mars. It's managed almost 20km. While I'm sure there was much to pause and study, I cannot fathom that it could not have done more in it's time were it not constantly waiting for commands.
Saturn is, at closest approach, more than 1 light hour away.
I feel as though there's a real need to put a generic computer system that can be reprogrammed after launch into orbit around whatever planet we're studying. Give it higher-level commands of what we want to see happen, and send us back the highlight reel.