Did you look at any of my math at all? 1/67000 is a pretty tiny fraction alright.
Ok, here’s some more math. The average distance between asteroids in the belt is apparently over twice as far as the moon. The moon is still very far away for us. There will be no rescues for a very long time and remember that humans die at 10Gs, so when I say very long time I’m not just talking about faster rockets. I’m talking about basic research in human physiology.
More NASA videos and The Expanse for you, less Star Trek.
This is not exactly true. Arguably, it's half false. In any case, this is more nuanced than what you state. There may be some humans who die at 10G. Prolonged exposure to high G might increase the death toll. People could be maintained at 10G unconscious, if they are in the right position, on the right kind of couch.
I was about to argue with you and then realized I misspoke. Humans begin to die at 10Gs, as in survivability starts to drop at that point and if the point is to get the humans there and back again, that’s not very good.
Regardless, if people can survive 20Gs that still only doubles your range. And since we are discussing a category error of orders of magnitude, my point still stands.
Ok, here’s some more math. The average distance between asteroids in the belt is apparently over twice as far as the moon. The moon is still very far away for us. There will be no rescues for a very long time and remember that humans die at 10Gs, so when I say very long time I’m not just talking about faster rockets. I’m talking about basic research in human physiology.
More NASA videos and The Expanse for you, less Star Trek.