I’m Gen X and not a fan of chat abbreviations but I was mostly just lost on “bussin’” (so I looked it up on Urban Dictionary). Not sure if “I vibe it” is like a form of “vibing” or more like “I’m feeling it” (or something else) though.
There was a show in the 80s called Captain Power and you would use the tie-in toys to shoot at the screen and if your character’s vehicle got shot in the show, the toy would eject them.
My parents wouldn’t get me the toys so I have no idea how well it worked.
That’s the kind of games and toys I was thinking of. For some reason I thought this did the same thing but it’s been so long I might be confusing the two.
With some exceptions, like lamps or tvs, older devices lasted much more. You can inspect the older devices you find around you and check for yourself. In general, they were much more robust and used better components and were designed to last. This was due to a lot of things that were different. I will try to list some:
in some industry areas, growth in the market was mostly due to population increase, people who never got access to some things being able to buy them, and expansion to development countries, so it was better for the companies that the devices lasted long, because they wouldn’t be able to supply a demand of replacement + new users. In other words, there was no incentive for products with small life.
devices were generally simpler, with fewer components, therefore, with fewer points of failure. The components used were often more “brute”, instead of the delicate electronic components we have.
a lot of the modern obsolescence comes from software and from i/o communication incompatibilities, things that weren’t even present in most devices
market demand forces prices down, and this has led to many things, including worse quality stuff
the life cycle of everything has diminished, as the consumerism became stronger, and people are buying new things much faster, leading to users not even caring for things to last long, because they will buy a new one soon anyway.
These are the things that came to my mind. However, it’s important to remember that there are products being made out there with the same robustness level of old appliances. Look into industrial devices, for example. They’re build to last for decades and endure much more than common devices, but the prices aren’t inviting to the average user.
In Engineering you have two different kinds of failures:
The first is to do with manufacturing flaws and happens in the first couple of months of use, hence how Warranties work - bad part of bad assembly so it breaks on first use or soon after.
The second kind is the device dying from decay due to use, from old age if you will.
Survivor bias, IMHO, only applies for those devices that last beyond the stage were the first kind of failure can happen as it’s kinda random (you can reduce the proportion of devices that fail, but for any one device it’s random if it will be one that fails or not)
So a 3 year old fridge dying is not from manufacturing defects but it’s dying from faster ageing, which is a flaw in the design or a choice of cheaper, lower quality components.
From what I’ve seen that’s exactly what’s been happenning: less robust designs and cheaper components with shorter lifespans, all to save on raw material costs.
Lower manufacturing quality tends to cause the first kind of failures, not the failures well past the first few months.
PS: Note that dying from the second kind of failure still has a random probability for any one device, though whilst the probability from dying from manufacturing flaws is very time dependent (starting very high and then tailing off to pretty much zero within some months), the probability of dying from age is a lot less time dependent and if that much increases slightly with increasing age (whilst the other kind decreases steeply with age, specifically decreases steeply with use). I’m mentioning this for completness, as the point still stands - if there is a high proportion of devices of a given type dying at year 3, then that design has a much higher rate of failure due to aging than devices for which a much smaller proportion dies at year 3, hence the design is not robust and/or lower quality components are being used.
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