Elon confirmed that the core stage was lost during landing.
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Originally posted by Sgt Beavis View PostElon confirmed that the core stage was lost during landing.
That's 310 mph. LOL. I hope there's video of that.
Also, from /r/showerthoughts
Kim Jong-un at some point had to sit down and reflect upon the fact that he is engaging in a flexing contest with a country that just had a civilian send a rocket into space, with his car on it.
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STRYC
you are probably more up to speed than I am. I read where they slightly over shot mars and it is headed to astroid belt?
Elon Musk
@elonmusk
12h12 hours ago
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Third burn successful. Exceeded Mars orbit and kept going to the Asteroid Belt.
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Originally posted by zachary View PostI read where they slightly over shot mars and it is headed to astroid belt?
I thought it would take a looong time to get there? Diagram shows already there?
The green line (orbit projection) likely stops where it does in that pic b/c they don't have precise enough data to continue calculations. The car wasn't rigged up like a satellite, it really was just thrown up there to get some cool pictures. They didn't even try to gather data from the space suit or put a solar panel on it to power the camera longer.
Here's some interesting analysis someone did:
Based on the numbers in Elon's picture:
Apohelion: 2.61 AU (Ra)
Perihelion: 0.98 AU (Rp)
a: semi-major axis
e: eccentricity
Ra=a(1+e) ; Ra/(1+e) = a
Rp=a(1-e) ; Rp/(1-e) = a
Ra(1+e) = Rp(1-e) ; solve for e, e = 0.454039
Solve for a, a = 1.785 1.795 AU
Orbital period T = 2pi * sqrt(a3 / u_sun) = 871.1 878.4 days.
u: https://en.wikipedia.org/wiki/Standa...onal_parameter
One sidereal year is ~365.25 days. Assuming the perihelion ends up coming back to roughly the same spot where the earth is in 5 roadster orbits, it might come back within a few million miles in 12 earth years if its orbit doesn't get perturbed too greatly (for example, it might get close enough to Jupiter at some point that you really have to take it into account to get accurate positions a few years out), but we need to know the inclination and some other parameters to get a complete ephemeris to run a simulation (probably including Jupiter) to see where it'll actually end up. https://i.imgur.com/hSYs1Jg.png
http://www.wolframalpha.com/input/?i...%5E2))+to+daysLast edited by Strychnine; 02-07-2018, 09:47 AM.
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Yea after i posted that i realized it was the potential orbit path not actual path to date.
I was very surprised there was no data gathering systems on the car or the suit. I thought even nasa or air force would want to put some things on there. I guess he really did not expect it to survive.
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Originally posted by Strychnine View PostThey didn't overshoot Mars. They overshot the orbital path that would take them to Mars (worth noting, they never planned to insert into Mars orbit. It was always going to be a flyby and a heliocentric orbit). If the final burn would have gone exactly to plan and it were still headed to Mars, it's like a 7 month journey.
The green line (orbit projection) likely stops where it does in that pic b/c they don't have precise enough data to continue calculations. The car wasn't rigged up like a satellite, it really was just thrown up there to get some cool pictures. They didn't even try to gather data from the space suit or put a solar panel on it to power the camera longer.
Here's some interesting analysis someone did:sigpic18 F150 Supercrew - daily
17 F150 Supercrew - totaled Dec 12, 2018
13 DIB Premium GT, M6, Track Pack, Glass Roof, Nav, Recaros - Sold
86 SVO - Sold
'03 F150 Supercrew - Sold
01 TJ - new toy - Sold
65 F100 (460 + C6) - Sold
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