Earlier quoted context omitted.
Reliability now isn't done with the same methods as it was then. Back then, the good stuff might have been good because the motor was big. The modern good stuff probably has a brushless motor that can prevent stalls. It doesn't matter if it's big or small, the computer won't let it overheat, so they can make it smaller to save money that they can spend on whatever part is the actual failure mode. The trouble is findi…
> I would gladly use 10k lines of code to save one moving part or one switch This creates a whole new reliability problem. Software reliability is notorious for its interface failures and there can be many more of those modes (where hardware typically has a few wear-out style failures). I think about my relatively high-end TV that seems to always struggle with software updates without any glitches. It seems like we'v…
They sent me a replacement that works great and is entirely ignorant of the outside world (and will stay that way.)