I know this is pretty far fetched, but if there were a crisis that would endanger ISS,
How much thrust would it take to put her on a course for the moon (with landing modifications)
if possible? It would make for some great science fiction even if it couldn't be done.
Don't ask me why I thought of it in the first place...
cpcjr - 24/11/2007 5:05 PMIn theory you could use an ion rocket to slowly spiral out to the moon and in to lunar orbit, but that is the best you could do.
Jorge - 24/11/2007 6:12 PMQuotecpcjr - 24/11/2007 5:05 PMIn theory you could use an ion rocket to slowly spiral out to the moon and in to lunar orbit, but that is the best you could do.In practice you can't even do that. An ion rocket would result in a long slow passage through the Van Allen belts, which ISS avionics cannot survive. The ISS thermal control system is also designed for a LEO environment; it would not perform well once the Earth no longer fills half the sky. ISS also requires a fairly consistent supply/logistics chain from the ground, which would be difficult to maintain once the station is out of LEO.
I got a really crazy idea : Would it be possible/interesting, instead to attach a few thrusters (ion i guess, rockets would put too much strain on the structure) and slowly put the ISS on a growing orbit with the aim to send it into the moon's orbit? I suppose there would be a radiation problem since earth's shielding does not extend all the way there and the amount of fuel/solar energy needed would be frightening but surely it would be less expensive than building a new station and without atmosphere we wouldn't have to worry about air friction.
http://www.washingtonpost.com/wp-dyn/content/article/2008/07/11/AR2008071102394.htmlSomeone at the Post got the same idea.
Jorge, what are you talking about? Didn't you see where he wrote that it would be "fairly easy?"