From scratch it’s obviously not feasible, but having been a former Soviet state I’d imagine a good majority of the resources needed are floating around.

The main challenges with nuclear weapons are 1. procurement of the fissile material, 2. yield efficiency, and 3. miniaturization. Once you have the first part done, as Ukraine very likely has the nuclear fuel processing facilities to do so, the second part is less important if you just want a bomb. Just look at the fact that they were so confident the Little Boy would work they didn’t even bother with a prototype, even if its yield ratio was quite low. It needed about 60kg of uranium for its 15kT yield, while Fat Man managed 21kT with only about 5kg of plutonium.

So, it’s a tradeoff where if nuclear material is hard to come by and you need to get the bomb somewhere far away, making something really efficient is pretty important. However, if you have sufficient material and just want a decently big boom in the middle of a field, it’s quite literally something you could feasibly manage in a home workshop.

The one other note on the importance of efficiency is in regards to fallout. Anything that isn’t used in the detonation is blasted every which-way, and isn’t really something you want as a normal military, since a nuclear wasteland isn’t strategically very useful. But, if you’re just trying to fuck up someone else’s day, then its less important and you can get into really “fun” stuff like dirty and cobalt bombs.

Clearly you’ve never spent an hour+ on a bus with someone watching TikTok on a fucking Bluetooth speaker.

Because if Ukraine has taught us anything, it’s that drones are definitely only limited to large and advanced military powers. There’s no way a civilian would ever be able to make something like that

Wow, that was pretty wild. Thanks for taking the time to type that out, it was well worth the wait.

Well, are you going to tell us the story?

Another adjacent life hack is when assembling flat pack furniture, use a quality wood glue on all the joints and connectors, but especially those little wood dowels. It won’t make it indestructible, but it’ll hold up far better over time.

Latine is at least pronounceable, and doesn’t sound like you’re describing your former spouse from South America.

“It’s a traditional salute! There’s absolutely nothing wrong with it, it’s part of our heritage™”

Anyone who’s owned an EV and a comparable ICE vehicle knows this isn’t a myth at all lmao. They weigh more, and all that instant torque at 0 RPM means that you’re almost guaranteed to go through tires faster.

You can typically look up your city’s water test results and see what’s in there or do your own testing. The vast majority of municipal water is plenty safe, and most issues with stuff like elevated lead come from the home/building itself, not the municipality.

This is also what a lot of people forget how it was at the time, thinking “if only” they had been early adopters and how they’d be millionaires. I was one, and had found it was great for traveling said “trade route”, but also watched when Mt Gox collapsed and tanked the price 75% while stealing millions from people, and decided to take my winnings and leave the table.

How many people would see that shit and be like “Yes, I’m going to hold onto this for the next 10 years when it’s worth something” and then sit through the number of 50+% loss events that happened?

You would have done exactly what 99% of early adopters did, and considered yourself incredibly lucky that you managed to make 1000% returns and sold.

IIRC some inverters are able to sync up with alternative power sources, but the documentation is extremely limited and seems to be reserved mostly for large-scale systems. I know my Solaredge system has slowly been implementing using both at the same time, but the documentation is pretty unclear as to how this works. I know at the very least it’ll allow you to use a 2-wire start to kick a standalone generator on when the batteries are low, but don’t know much else about how it’s currently set up

I’m guessing the commenter above is in the EU and operating at 50Hz normally, so running at 60Hz wouldn’t be a great idea. A backup battery and such operate in the same way when islanding.

Yes, it will actually work. I know it’s very much not to code, but when we lost power for over 10 days, I did this to keep our furnace running and us from freezing to death since it was -10F out.

I only have a small 120V generator, but hooked both legs to hot and backfed via our EV charger’s outlet, since its a 50A circuit. Like you said, nothing 240V worked, but that little 3kW generator did a great job powering basically the whole house with no issues.

That winter was definitely a big driver for me to get a backup battery system so our solar could power the house.

It’s pretty uncommon though. Aviation uses far, far more leaded fuel than classic cars.

Getting hardened seats isn’t really all that expensive either. I took the head off my MG and a shop only charged me about $300 for a full teardown and rebuild of the head, including all the machining and installation of hardened seats. It’s way cheaper in the long run than having to add a lead substitute every fill-up

I mean, you can’t just not tell us some of the top-10

The internet is way ahead of you

There are certainly practical reasons for them, like if you do a lot of ATVing, you can negate the need for hauling it in a trailer and just drive it up into the bed. It can definitely be nice to have a truck bed for certain things, but many people buy trucks for stuff they do once a month (if that), and not something they do every day, like commuting.

Also, check your local library, as they likely have a subscription you can use!