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Small-Scale Question Sunday for August 16, 2026

Do you have a dumb question that you're kind of embarrassed to ask in the main thread? Is there something you're just not sure about?

This is your opportunity to ask questions. No question too simple or too silly.

Culture war topics are accepted, and proposals for a better intro post are appreciated.

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Why do people use Claude? It is slow, dumb, and expensive. Maybe it's somehow magically different on the $200/month plan, but it is basically unusable for me. I am sitting at max usage limits for most of the day. I don't know what I am doing wrong. I really regret getting the subscription. It's fucking down now, too.

I try not to touch the Opus 5 model unnecessarily. I use new chats with fresh context for different features. For bigger projects, I tell Claude to delegate its work to other agents like the good little clanker it is.

Usage limits, for the most part, don't really even exist in Antigravity. I tried Codex, too, but through the API. I was not disappointed and kept upping my balance. I probably ended up spending $30 or so in API fees. I honestly should've gone with my instinct and gotten the ChatGPT subscription instead. I personally found GPT-5.6 Sol to be impressive, though obviously expensive. It was still worth it, since it literally fixed my whole project, did so in a sensible way, and kept running different automated tests to validate everything. Everything just worked perfectly once it was done.

Opus 5's code quality and thinking kinda suck, too. Gemini 3.7 Flash beat it. I had Gemini research and then implement a feature, then I tried to have Claude do the exact same thing starting from the exact same commit and using the exact same prompts. The result was just bad and unimpressive, and it seems it completely misunderstood my prompt. Or, it was just lazy and unambitious.

Fuck Claude. All my homies hate Claude.

I just gave Claude and ChatGPT (both free tiers) a 3D design task, and they have a long ways to go before they're half-competent. The general shape for both was:

  1. I have a countertop dishwasher, and I need a more secure way to hold its drainage hose so it dumps in the sink. I can 3D print something if you design it.
  2. They both quickly chose to make a clamp from the front edge of the countertop to the inside of the sink, to hold the hose in place.
  3. They spent an hour giving me terrible STLs. There were hovering pieces, assembled pieces that overlapped with each other or the counter/sink, connections that simply butted up to each other instead of attaching in any way, orientation issues, and blocking the hose path. We didn't even get to printability.

For reference, it took me about five minutes to go from noticing the problem to starting the print (the first design worked, no additional iterations). Given that starting point it could be an entire year before they're competent at 3D modeling.

You really can't conclude anything from trying the free tiers. The difference between Sonnet and Fable is like the difference between a random Baen milSF novel and Ender's Game or Starship Troopers.

Never has the saying "you get what you pay for" been more true than with AI.

If someone's willing to run it, here are the first two responses I gave ChatGPT (Claude was similar):

I ran into a problem with the countertop dishwasher I just bought. The drainage hose is supposed to be held in place (aiming into the sink) by a suction cup, but it isn't strong enough to maintain its grip consistently, resulting in six liters of hot soapy water being dumped on the floor.

How would you solve it? I think 3D printing something should work, but I'm open to all suggestions.

(It gave a few suggestions, leaning towards printing a clamp that attaches to the edge of the sink)

It's 135mm from the front edge of the countertop to the inside edge of the sink, the countertop is 32mm thick, and the rim of the sink is 7mm above that. The hose has an 18mm OD.

There's 45mm length x 40mm height clear under the countertop, and it has a square profile. The sink rim is 25mm wide in total: the first (closest to the edge) 10mm slopes upwards from the countertop, the next 10mm is flat, and the last 5mm is filleted into the basin.

If you can get a 3D model that:

  1. Can be installed (e.g. doesn't require moving solid objects through each other, or holding them in the same place)
  2. Holds itself in place (clamping mechanism, friction, or something else)
  3. holds the hose and points it downwards (has a clear path for it, approximately the right size)

in less than 30 minutes without excessive help, I'd count that as a win. For bonus points, it would:

  1. Be printable. Account for the strength differences due to layer orientation, have a flat area for the buildplate, watch for bridging and overhangs, etc.
  2. be easily installable and removeable (without tools)
  3. Minimize extraneous complexity (ChatGPT proposed a three-piece solution, and couldn't figure out that simply merging the second and third pieces into one solid would be easier and stronger)

If it works, then I'd also believe in "Free tier as anti-advertisement". Trying on the free tier certainly made me less likely to pay for the full version here.