The first remote factory ships arrive, and not long after the pile collectors go out, the machines start building new rockets.
New starships, constructed from the mineralogical ultra-super-mega-wealth that is this remote asteroid treasure, begin to rise among the golden landscape. These are not Earth-rated rockets, but rather planetary transfer super-structures that can move entire cities worth of materials, slowly and surely, out to somewhere great.
We might find a spot to park some of these cities where the weather is always going to be great. We might find a way to build them into mini Dyson-spheres, parked around a bit of fusion, or so.
I think rockets can take us to great places. Imagine a single-pass 3D printed Starship made out of titanium and other such alloys 16 Psyche might provide ..
Its a pretty big universe. A lot of it is interesting.
But I see what you're saying. Excluding our own solar system, yes, chemical rockets are super limited :)
And would it really not be possible to get to Enceladus and back (w/o people)?
The gravity there is so much less than the moon.
Or is it just the distance to and from Enceladus, and possibly nothing for a slingshot?
Right, but you can't even look at pictures of these other planets because we haven't gone at all.
And if your choice was between spending $4T to go to Macchu Picchu yourself, or look at pictures on Google Maps for free - you would almost certainly not spend $4T "for the experience".
The reality is - Nasa estimates it would cost $4B for another manned moon mission. India just sent a lunar probe to the moon for about 1/100th that price.
Even if we could send someone to Saturn - the price would be more prohibitive than the chemistry.
If it costs 100-1000 times more to send humans than robots - it's probably not worth it.