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originally posted by: Zarniwoop
a reply to: 23432
Ah... I see.
So you don't think we made it to the moon, eh?
Do you think these photos indicate that we never made it to Mars as well?
ETA: to Mars with toys, that is
originally posted by: PillarOfFire
I don't think it's even possible for any Human to pass through the radiation belt.
I always wondered as to why the shuttle never takes a short-ish trip to moon ?
originally posted by: Zarniwoop
a reply to: 23432
I always wondered as to why the shuttle never takes a short-ish trip to moon ?
That's like asking why not ride your skateboard from LA to NY? Because it wasn't designed for that.
All that information is easily located on the Internet if you choose to research.
As for why we never went back (yet)... cost and benefit
I should admit that i know a few things about design issues and imho if Apollo made it to moon and back , Shuttle could also do it too.
i could tell you that the benefits of space tourism far outweighs the cost , never mind about the benefits to science
originally posted by: Zarniwoop
a reply to: 23432
I should admit that i know a few things about design issues and imho if Apollo made it to moon and back , Shuttle could also do it too.
Feel free to show examples
NASA unveils plan to send manned craft to the moon Originally published September 19, 2005 at 12:00 am Updated September 19, 2005 at 7:57 pm NASA unveiled a 13-year, $104 billion blueprint today for sending humans back to the moon as early as 2018, using modified space shuttle rockets to loft an Apollo-like capsule into space.
Modified Space Shuttle to go to Moon
I would not land on Moon , just an orbital trip so my modification would be less complicated.
Granted that this is not the best way to do it but nevertheless it is doable.
The largest factor leading to the conclusion that the shuttle orbiter would be grossly inefficient as a LTS is the initial mass in LEO (IMLEO) requirements of such a system.
While the STS can place the orbiter, its payload, and probably its ET into orbit, the then empty ET must be refueled with over 712 mt of LOX and LH2 propellants. This yields a total IMLEO of 846 mt. Therefore, the ratio of IMLEO to payload delivered to LLO is about 50. (Assuming a "full" STS payload of 17 mt and a 100 x 214 km LLO.)
Obviously, from an economic standpoint such a large IMLEO to payload ratio makes the orbiter very unattractive as a LTS.
Feasibility Analysis of Cislunar Flight Using the Shuttle Orbiter
i could tell you that the benefits of space tourism far outweighs the cost , never mind about the benefits to science
NASA isn't in the business of space tourism. Other companies are working on that.
originally posted by: Zarniwoop
a reply to: 23432
Sorry, I thought you meant why didn't the shuttle, as it was designed and built, to take lunar side trips, rather than modifying the design and build new ones to make lunar orbits... I don't think the benefit outweighs the cost for that, no.