Earlier quoted context omitted.
> Those are mostly things that can be explored on earth, no need to build a moonbase to figure that out. > The opportunity with a space station is to figure out things that can't be explored realistically in other environments. The best way to explore the things we're going to need to live on other planemos is to live on another planemo. A space station involves solving a bunch of engineering challenges that are diff…
It's simply not true. No matter what planet you need to go to you need to spend a lot of time in space. Furthermore no matter what planet you would want to explore you would need a space station to explore from. It will also be the best way start the exploration as you can use your knowledge from the space station we have on earth. So no matter how you look at it, in space in zero-g is going to be the majority of the…
Days for the moon, months rather than years for Mars, and we've already had people on space stations for that kind of duration. 3 years for the Jovian system which is a step up but not a huge one.
> Furthermore no matter what planet you would want to explore you would need a space station to explore from.
I don't see that at all. Unmanned satellites would make sense, but the surface (or possibly an aerostat for some planemos) is always going to be a much more human-friendly environment in terms of gravity and radiation shielding.
> It will also be the best way start the exploration as you can use your knowledge from the space station we have on earth.
This is circular reasoning.
> Furthermore, we are simply not even close to be able to live realistically far from earth let alone able to afford it.
Which is why the moon makes sense as a next step. It's challenging but doable.