Comment Miniaturization (Score 1) 77
To make something that small requires a level of integration that is not conducive to repair. Using connectors, cases that can somehow open or come apart (but not coming apart too easily so they aren't actually prone to breaking more often), etc, is not something that is practical in the first place.
My grandfather used to repair CBs and amateur radio equipment back in the 70s. Then everything was comprised of discrete components (IE each component, like a transistor, capacitor, diode, etc was a separate thing), and they were soldered onto a circuit board and each component could be replaced. However you would never repair an individual component, like somehow opening a transistor and fixing it internally - you had to replace it. At some level you have that tiniest discrete part that is either good or bad, and gets replaced when it fails.
Then when ICs came into existence, and allowed the insane miniaturization we enjoy today, multiples of those discrete components were packaged together into one "black box" that was impossible to repair. So then instead of replacing an off-the-shelf transistor easily and cheaply, you had to obtain the correct IC, which was proprietary and cost a fortune.
Anyway my point is that incredible miniaturization, which the iPods are certain a pinnacle of and state-of-the-art, come with a price, which is they get engineered as a discrete component that cannot be replaced or repaired.
I'm not defending Apple here, and I don't even own a pair of Airpods. I'm just saying that it's zero surprise that something that tightly integrated and miniaturized can't be repaired.