My impression is that the button system did got more popular over the last years, but it certainly existed many years before. Hard to find sources though.
In contrast, Casio G-Shocks, which are specifically built to be rugged/fashionable, don't have any kind of quick change mechanism. The strap is integrated into the case that further protects the watch.
Ah, yeah. I was mostly addressing the "rugged watches" comment, but yes that's absolutely correct.
This isn't change for the sake of change, it is a genuine improvement.
If the Apple bands were harder to switch I probably just wouldn’t wear a watch while working and exercising.
On my Apple watches? Often! I wear a nicer strap in dressier situations, but always change to one of the rubber straps for exercise or swimming, and I do those things a LOT.
The Apple innovation here is pretty slick.
Yeah, the swap button is a big improvement.
Now, there are some straps, even in budget category, that have a small lever that manipulates the spring and it's fairly easy to switch - but only if all your straps have the same mechanism. This is then compounded by different widths and types and whatnots.
As ever, Apple reaps the benefits (as well as drawbacks) of the basically single hardware device - you can build a massive ecosystem around a predictable, controlled, singular, homogeneous product line.
Or to put it other way - any one of my friends or family can and do change apple watch straps. 96% of them would be either unable or unwilling or both to change a regular strap. Even myself, I prefer the Nato straps on my regular watches as they are easier to swap than conventional straps.
The casio g-shock has a problem with nato bands as well. the g-shock has a laughably small band pin width(16 mm). so to get a nato strap(24 mm) on one you need a band width adapter. which undoes most of the advantage of the nato strap. I am not really sure why they made it so small. My mechanical engineering is a bit weak does a small pin have less side load than a large pin?
You might choose to replace all your bands if you want to use only captive spring bar mechanisms, but you must replace them if you buy an Apple watch.
A captive spring bar with a lever solves the problem entirely, and in a way strictly superior to Apple's approach. It is smaller and cheaper than the Apple solution. It will work with any watch from any manufacturer. It will allow you to keep your old bands if you choose.
If you can think of any advantage Apple's system has, I am all ears.
>you can build a massive ecosystem around a predictable, controlled, singular, homogeneous product line
Spring bars are also entirely predictable, controlled, singular, and homogeneous. You can buy a band in any standard width and be confident it would fit any watch. We had a far larger ecosystem before the fruit companies got involved.
This gives the lie to Apple's supposed genius. "Tight integration" is completely unnecessary when there are standards. They just want a monopoly.
>Even myself, I prefer the Nato straps on my regular watches as they are easier to swap than conventional straps.
Completely incompatible with the Apple watch, of course.
The Apple Watch release buttons are much better - takes barely 5s to replace bands.
Additionally, it detaches the part that holds the band, allowing for deeper customisation. This is the thing you normally need screwdrivers for.
Bands with the newer style like this [2] can easily be done without tools or any stellar dexterity, but are still a bit more fiddly than how it seems Apple watches are. I'm betting this is the type you're talking about, as it's the only kind I've had to deal with across my ~decade of smartwatch use.
[1] https://www.bartonwatchbands.com/products/stainless-steel-sp...
[2] https://www.amazon.com/gp/product/B0B9FQ3PXF/ref=ppx_yo_dt_b...
Literally all the watches I own, from grandfathers antiques, to modern Amazfits, all of them have the bands on a spring loaded bar. Like... I don't remember the last time I have seen a different mechanism.
There is a brief mention of this system as a "conventional" one in the article
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Apple took the conventional spring bars of traditional watches, miniaturized them, turned them on their sides, and embedded them into the watch band.
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Complicating a simple solution for the sake of a flashy "flush" finish, doesn't sound like an innovation.