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GermanyBernd2021-02-18 18:51:30 · 5yNo. 110208reply
https://mars.nasa.gov/mars2020/timeline/landing/watch-online/
 
Mars rover landing live stream starting in T- 23min.
GermanyBernd2021-02-18 19:22:31 · 5yNo. 110212reply
Watching with ans Orangina :3
GermanyBernd2021-02-18 19:26:17 · 5yNo. 110213reply
Oranginagarch
GermanyBernd2021-02-18 20:59:00 · 5yNo. 110220reply
TurkeyBernd2021-02-18 21:00:41 · 5yNo. 110221reply
What are mission goals this time?
GermanyBernd2021-02-18 21:03:10 · 5yNo. 110223sagereply
GermanyBernd2021-02-18 21:11:34 · 5yNo. 110225reply
Take photos and cruise around I guess.
GermanyBernd2021-02-18 21:13:51 · 5yNo. 110226reply
Interesting. It seems they are taking core samples with a drill and storing them for later investigation, but I haven't found anything yet about how they want to return the samples to earth.
TurkeyBernd2021-02-18 21:18:11 · 5yNo. 110228reply
Probably digitally, they got to have test gear there on rover.
So they can test samples and transmit results.
TurkeyBernd2021-02-18 21:22:38 · 5yNo. 110229reply
Nvm I've read they want to return them somehow.
GermanyBernd2021-02-18 21:59:10 · 5yNo. 110231reply
Interesting that they don't have a plan yet. Probably a good way to get a foot in the door for future funding.
>Look, we already have these samples neatly packaged and sitting around. We just have to go get them.
GermanyBernd2021-02-19 12:19:16 · 5yNo. 110268reply
 
As far as I know the missions are:
- Flying a cool helicopter
- Drilling holes and leaving samples behind
- Driving to some old river delta and checking for signs of life in the sediment
 
The samples will be picked up by another rover made by ESA in the future which will be part of another NASA mission. Then that ESA rover will launch itself into orbit again and to be be picked up by an ESA orbiter that will then fly back to earth.
 
If that works I am gonna lose my shit. Sound fucking amazing.
GermanyBernd2021-02-19 12:41:42 · 5yNo. 110270reply
>The samples will be picked up by another rover made by ESA in the future which will be part of another NASA mission. Then that ESA rover will launch itself into orbit again and to be be picked up by an ESA orbiter that will then fly back to earth.
 
That sounds really complicated tbh. But I guess still easier than building something that can do all of that on its own.
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