@Newell-Post said in Show Us Your Wristwatches!:
I really like the look of this Hamilton, but $300 for a "chronometer tune up" to keep it accurate? Forget it. The Citizen Eco-Drives never need winding, never need batteries, never need cleaning, and never need regulating.
@Newell-Post said in Show Us Your Wristwatches!:
Like this. $125 on sale, never needs anything. It's a perpetual motion machine.
All good points, however, when a Citizen dies or breaks - and it will eventually die or break - you are left with a throwaway timepiece that is no longer worth what it would cost to repair it. With a Hamilton automatic, it retains it's value, and once you have it serviced, you get years worth of use out of it again. Don't get me wrong, I've owned more Citizen watches than anything else - all Eco Drives - but the lithium cell in the oldest one is almost dead (although amazingly it will still charge up a bit) and it has been discontinued so long that I can't even replace the bracelet, which is now falling apart. I made the decision to just simply let it go, and it was a $200 watch when I bought in the mid 1990s.
A friend of mine bought a Rolex years and years ago before they got stupid expensive. (I think he said he paid something like $275 for it when he was overseas.) It's nothing fancy, just a Rolex Oyster Perpetual, but he's only had it serviced twice by Rolex in the nearly 30 years he's worn it, and it still runs and looks great - it's a timeless classic that is worth by far more now than when he initially bought it.
You can't do that with a Citizen.
Again, I have two Citizens that I rotate through, and at least these two are classic designs with normal style bracelets. In theory, I could continue to wear these for the rest of my life, although I might eventually want to replace the crystal on the one - it's mineral glass rather than sapphire, which I have on the other one, and therefore much more prone to scratching. Otherwise, as long as I can still get the lithium cells, I should be able to replace them when they eventually die and stop taking a charge.