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Nah you can deep drill on both ice sheet and sea ice. I don't know if you can drill up chunks on sea ice though, but scanning for resources and drilling those resources works fine.
WARNING: IMMINENT FOURTH-WALL BREACH.
But the truth is, Tynan simply didn't add enrichment to the tech tree, for whatever reason. Probably he figured nuclear war just wasn't part of what he wanted to build.
You have compacted steel, plasteel, and machinery, which are clearly wrecks, building and space debris that have been buried. It would make sense if it was the same with uranium, being depleted uranium used in various military and civilian fields, with no realistic way of enriching it anymore. For whatever reason though uranium is the one thing the game calls "ore" in the raw form, so I don't know if that logic really works. I can't think of a good reason raw uranium ore wouldn't have the normal amounts of u235 in it.
"So you're saying this is a very high-calorie Twinkie?"
"...technically, sure."
I hate the "but realism" argument as much as the next guy, but "normal amounts" of U235 is consistently 0.7% of total Uranium in a deposit; and unlike, say, pulling gold out of ore, you can't just pour Special Juice on a shiny rock and have the good stuff fall out. If a realism argument is in any way compelling, then I'd say it's because, realistically, you need a complex dedicated procedure to enrich Uranium to weapons-grade. Until you get above 20% or so, you can't meaningfully make it go boom, and if you're not using an implosion design like Teller-Ulam type fission->fusion(->fission) two/three-stage bombs, you need to take it to more like 60%-80% at least to ensure it's not a dud.
.........
Yeah, that's a rail I kinda don't want to be on. :)
I'm not saying I want nukes or fission power in the game, I'm fine without it. I was just explaining my own head-canon, and the flaws with it. I will continue to believe it's all depleted uranium.
Logically, yes, the complexity and tech required to turn raw uranium into a nuclear weapon or power source is likely centuries beyond the little scrap colonies we are building. Except, we have a handful of uneducated and stranded, or even tribal, pawns being able to build literal antimatter space ship drives using scrap materials they dug out of the ground with their bare hands, after just a few months of researching at a desk. So the game has tossed out the excuse that something is too hard or complex for our pawns to do. Antimatter is leagues beyond uranium enrichment in complexity and danger.
I do have a thought experiment for you, though. Is antimatter absolutely harder than nuclear bombs?
Gliders or kites are really simple, right? You don't need modern materials to make a glider or a kite - though they help - and yet there was no aerial warfare in ancient Rome or Greece or China (where they were flying kites before Julius Caesar was born) or Egypt or Central/Southern Africa. The atmosphere hasn't changed so much in 2,000-2,500 years that they couldn't have flown - they just hadn't had the thought.
If you went back just 200 years and told someone, "Hey, if you pound sand down into very thin sheets and stack them carefully you can hold lightning in a box" they probably would have carted you off to an institution, but simple silica dielectrics have made capacitors that rival the chemical energy density of Lithium-ion batteries, and that doesn't actually need modern technology to hack together in a simpler and less-efficient fashion. We just hadn't had that thought before maybe 20 years ago. (Well, we'd had the thought, but hadn't turned it into a useful reality).
Maybe in 100 years antimatter will be so easy our grandkids will wonder why we ever struggled with it. The demonstration of magnetic vacuum containment, combined with modern 3-D printed magnets, may well bring antimatter to the household scale. Maybe we just haven't had the right thought, yet.
Check out, for example, "man-lifting kite" on Google/Wikipedia/whatever search you like. They weren't common until after 1,000 AD or so (Marco Polo writes about them, in fact), but they were in heavy use by the 1600s.