The solution is, of course, to put more people in a position where they can afford to buy the more expensive boots and see the value in doing so.
There are some anecdotal examples of people with Miele washing machines that have lasted for decades etc (... as an aside I guess we wont know about today's Miele washing machines for several more years at least ...), but in my experience paying a premium for a product more often than not just gives you an as-cheaply-made product but with a brand name you've heard of. I am very happy to pay for decent stuff, but I am not prepared to pay extra for the same quality stuff just to get a brand name.
What seems to be the biggest problem these days for me is not mechanical failures, but what can only be assumed to be software failures - things just going haywire or flashing an LED/error code and not doing what they should.
Perhaps there is some cheap capacitor that has blown somewhere, but it is often a waffly explanation along the lines of "logic board has failed" (and they are always super-expensive to replace due to it being 10 years old and not made/stocked any more etc etc). It is usually more sensible to replace a 5-15 year old appliance with a new one, rather than buying a spare part that costs 50% of an entire new appliance, (plus then you usually get the benefits of improved energy efficiency)
Quality is available, people just don't want to pay for it. Those washing machines that lasted for 15 years? Back then, they cost one or two months' wages. Try to get anyone to pay $2500 for a washing machine today.
When my Frigidaire washer finally dies that's what I'm getting. I already injured myself replacing the pump once. And now that I've seen the cheap plastic parts used I don't have confidence it's going to last.
[1]https://www.nec-display-solutions.com/p/uk/en/products/choic...
Back then people could afford to spend two months wages on a product like that. That people today don't reflects just as much (if not more) on their ability to do so as it does on their willingness.
I stopped buying ultra cheap clothing as it rarely lasts 5 laundry cycles and sometimes starts to visibly fail on the first cycle. I realize that it's a viable niche for people with giant piles of clothing they rarely use. But, the jump from 4>40 is reasonable the jump from 40+ stops being economic.
Since I live in an apartment and wanted a small one anyway, I ended up with a portable one (oneConcept DB004 - odd name) that uses mechanical timers for the stages (you can hear them ticking!). It hasn't arrived yet but I am hopeful that when it inevitably breaks I can fix it.
I want to get a dishwasher next and sadly don't know if I can find something equivalent.
Of course, I fail to see why most modern consumer products can't just be driven with a Raspberry pi or arduino. Using off-the-shelf parts like that would do wonders for serviceability.
A custom board assembly is much cheaper to manufacture. For instance, for a recent design, the only chip used off a full Arduino board was the microcontroller itself (and then in a different, smaller package).
Physical and electrical constraints are often significant. And that's before getting into all the issues involved with firmware and IP.
I love the idea of open-source (hardware and software) consumer appliances, but everything is stacked against it. Primarily economies of scale.
Further more, standard high volume stuff usually sees much more competition and investment by chip companies, who are really the ones doing the deep r&d in this industry.
On the other hand, if the scale in the marketplace was in durable boots, then companies would be able to optimize for that, and the price would almost certainly come down. There would be a shift away from fashion design, and marketing, towards product engineering to be able to produce that product at a price that most people could afford.