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originally posted by: Vector99
a reply to: dragonridr
Yea, but that is meant to go past the moon, and being designed specifically for that purpose. That said, I can't wait for the test launch!
I do think in regards to moon travel, space x is the way to go for now as far as LEO/GTO orbit. Once the materials/supplies/people are in space, it becomes a lot easier to trek further out without all that pesky gravity.
originally posted by: Grimpachi
a reply to: Vector99
I never said it couldn't be done. It has been done before.
I said from the very beginning is that it is too damn expensive with current technology. Until materials can be produced to bring about something like a space elevator such an endeavor to the moon is wasting money and resources. Like NASAs estimate of 104 billion for a one time run to the moon.
Currently, graphene materials haven't been developed far enough build a space elevator. Instead of wasting money on old rocket tech they should be spending it on RND to make space exploration affordable. If they can fix the problem with graphene tech they estimate building a space elevator to cost between 20 to 40 billion.
originally posted by: Phage
a reply to: Vector99
Mining what? 3He? Yeah, cool stuff. If we had fusion reactors which could use it.
Private enterprise has a long view. Is Musk looking at the Moon?
I agree with you though, space elevators are good for when we start to colonize LEO, not so much for exploration.
originally posted by: Phage
a reply to: dragonridr
Phobos is a moon.
And there is a monolith there.
Mining what?
Private enterprise has a long view. Is Musk looking at the Moon?
I agree with you though, space elevators are good for when we start to colonize LEO, not so much for exploration.
Really? Would it cost less to recover on the Moon than it does on Earth?
Besides he3, there are large deposits of titanium ore.
Your link shows payload capacities for LEO, GTO, and Mars.
It seems he is, he has a payload calculator including the cost of services to the moon and mars on his site.
originally posted by: Phage
a reply to: Vector99
Really? Would it cost less to recover on the Moon than it does on Earth?
Besides he3, there are large deposits of titanium ore.
Your link shows payload capacities for LEO, GTO, and Mars.
It seems he is, he has a payload calculator including the cost of services to the moon and mars on his site.
No moon.