If you
want to read it that way, sure. I can lean into it if you want, for dramatic effect.
(Also: I'd forgotten that recall and/or apparently didn't realize it impacted 2016/17 machines as well.)
But, largely, if it turns out that, just, any machine subjected to the rigors of that kind of technical and/or multimedia authoring workflow does that,
and that happens to be the reason, and not just purely coincidence (i.e. production batches or bad cells from a supplier) then, sure, we can/should absolutely talk about Apple's continued inability to build a machine that can withstand the rigors of professional work. The audience of 15-inch MacBook pro users at the university where I work -- as tech support, so I take calls from the people having these kinds of problems -- is much more diverse compared to the population you described. Many of them are very,
very under-using these machines, and many of them are doing things on them that
arguably should be going onto the HPC. (Not a Mac, but: we had a faculty repeatedly blow out the cooling on their Latitude E6400 or 6410 doing really long-running analytics jobs in SAS or something similar, for example) (That faculty now has either an HPC account or a special RDP environment that doesn't terminate their jobs, both for speed and reliability.) It's also
entirely possible (I'm on a team of 5) that there's loads of these failures at the university, and I just don't happen to have seen any of the tickets, so, like, take all that for what it's worth I suppose.
That said: That's a pretty random grouping of machines. If we want to claim it's some kind of design flaw, then it would make more sense if it was, say, all of the older unibody retina machines, or all of the flat-keyboard/type c machines, rather than certain groups from each model. I.e. all machines that share a single particular design, and not just some of the machines from two different designs. Even more interestingly is that the 2013 and 2015 MacBook Pros have the same processor -- the component I singled out as being highly likely to spike power consumption and cause draw from the battery, even when plugged into the wall.
The result is ultimately the same: Some of these computers are going to suffer -- badly -- from failed batteries. I suspect that it's not an overarching problem with the macbook pro, however, if none of the 13-inch machines are involved and if the 2012-2014 and 2018+ models aren't involved.
To call back to the future collectability aspect that got mentioned:
The long-term collecting effect is probably going to be that there'll be a couple fewer 2015-17 machines around. As established elsewhere in the site, the 2013-14 and 15 macbook pros are dang near the same, and the 2016/17 models are quite similar to the 2018/19 models, so it'll be a bummer if by some miracle these are by any measure "difficult to get", but I doubt, to be perfectly honest, that it'll impact total survivor numbers in ten to twenty years that much.
Even if it does: interest in "late 2010s era" vintage Macs will need to be proportionally more popular in, say, 2040 than "late 1990s era" vintage Macs is today for it to make a difference. (i.e. if the vintage Mac community doesn't grow at the same rate new Mac buyers has 2000 to 2020, then we'll be swimming in the things.)
Basically: I think it'll be fine, and at worst, it's pretty reasonably likely that the 2015-17 machines will run without their batteries, even if they speedstep all the way down and become annoying or useless by today's standards. (Though honestly, at everything except the web I
suspect a quad-core 800MHz machine otherwise operating at full modern speed (i.e. SSD and RAM) would be more or less fine to actually use, and it'd certainly stay cool.)