Breaking News: The New Steel Speedmaster With Caliber 321 “Ed White”

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Thanks Al, what a great explanation in this and your previous posts!

Regarding the "feel" of starting/stopping a column wheel vs. cam operated chronograph: I have in front of me 2 of each -- Zenith 420, Seiko 6139, Omega 1861, Poljot 3133. The feel is quite different between all of them but for me seems to depend on the individual design and adjustment of the movement rather than column wheel vs. cam. What say those who have handled a lot more chronographs than I have?
 
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Just some perspective on how these two systems really compare to each other. People often say that Omega changed from the cam to the column wheel to cut costs, but having serviced a lot of each and seen the wear/damage that happens on the column wheel 321's, I would argue they made these changes as much for reliability as for cost savings.

Thank you for having spared some valuable time to explain what is adamant from a technical standpoint. In over thirty years I have very seldom found problems with the cam system, if any. But this might not be what people like to to hear. 😉
 
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If any of their brands can do it it will be Omega with its history, heritage etc. no downside for them giving it a try. As I said the proof will be the trading value 2/3 years hence.

Has Richemont succeeded? Maybe with some Lange one-offs.

I agree that it is a challenge for the Swatch/LVMH/Richemont houses to do this predictably.
 
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Thanks Al, what a great explanation in this and your previous posts!

Regarding the "feel" of starting/stopping a column wheel vs. cam operated chronograph: I have in front of me 2 of each -- Zenith 420, Seiko 6139, Omega 1861, Poljot 3133. The feel is quite different between all of them but for me seems to depend on the individual design and adjustment of the movement rather than column wheel vs. cam. What say those who have handled a lot more chronographs than I have?

Indeed there are other factors involved. The state of the pushers is certainly one, because if they are all filled with dirt or the seals have turned to black goop, it will definitely affect the feel of the switching. Then different brands handle other things differently - for example the 6139 is a vertical clutch mechanism and the 420 is horizontally coupled.

But having switched both systems while they were out of the case, using the same movement holder, this eliminates outside variables such as the pushers and even different brands - comparing the 321 and 861/1861 directly I think my description of the differences is representative of the two movements.
 
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Indeed there are other factors involved. The state of the pushers is certainly one, because if they are all filled with dirt or the seals have turned to black goop, it will definitely affect the feel of the switching. Then different brands handle other things differently - for example the 6139 is a vertical clutch mechanism and the 420 is horizontally coupled.

But having switched both systems while they were out of the case, using the same movement holder, this eliminates outside variables such as the pushers and even different brands - comparing the 321 and 861/1861 directly I think my description of the differences is representative of the two movements.

Thanks that makes a lot of sense. Then in articles and reviews the "all else being equal" is omitted, and one gets the impression the real-life difference in feel is much larger than it actually is.
 
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Looking at Al's two videos it would seem from an engineering perspective that the cam system looks a lot simpler in design, construction and operation. If that is so why would the ancient watch movement designers start out with the column wheel design which would be a lot more difficult to manufacture compared to the cam system, especially with the machinery available to them at the time? Perhaps they started with a column wheel design and the herd mentality said 'don't change what works, that's the proper way to build a chronograph'.
 
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Looking at Al's two videos it would seem from an engineering perspective that the cam system looks a lot simpler in design, construction and operation. If that is so why would the ancient watch movement designers start out with the column wheel design which would be a lot more difficult to manufacture compared to the cam system, especially with the machinery available to them at the time?
Probably because the shuttle & cam system simply wasn't invented until relatively recently.
 
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Looking at Al's two videos it would seem from an engineering perspective that the cam system looks a lot simpler in design, construction and operation. If that is so why would the ancient watch movement designers start out with the column wheel design which would be a lot more difficult to manufacture compared to the cam system, especially with the machinery available to them at the time? Perhaps they started with a column wheel design and the herd mentality said 'don't change what works, that's the proper way to build a chronograph'.

Simply because the first cronographs were mono-pusher. 😁
 
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Thanks Al, what a great explanation in this and your previous posts!

Regarding the "feel" of starting/stopping a column wheel vs. cam operated chronograph: I have in front of me 2 of each -- Zenith 420, Seiko 6139, Omega 1861, Poljot 3133. The feel is quite different between all of them but for me seems to depend on the individual design and adjustment of the movement rather than column wheel vs. cam. What say those who have handled a lot more chronographs than I have?

I have two of the same as you, plus a Longines nearly-column wheel, a Sinn 356, a Breguet Type XX that has seen much better days and an IWC Pilot Chrono (7750-based, IIRC). I'd rank the 1861 and the Longines at the top, with the Longines being a bit "smoother" and the 1861 being a bit "snappier." The Sinn chrono is comparatively hard to activate, and the IWC is noticeably "squishier." The Type XX is boxed up for service and sale but when it ran properly it had a pretty distinctive chrono-pusher response, with a shallow but smooth initial push followed by a noticeable spring-back -- but it has hardly ever run properly, so I have no idea if mine is representative of the breed.

I do have a vintage Hanhart mono-pusher design in the vault -- from memory, it's noisy and not particularly satisfying. I am a rank amateur at this watch-movement business, and can freely state that I know absolutely nothing, but I find the 1861 to strike a nice balance between "feel" and accuracy in terms of starting and stopping and resetting. I'm not sure I'd sacrifice that accuracy for improved ergonomics -- but then I build and run ancient-technology tube amplifiers, so I'm biased towards reliability over practically everything else.
 
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As cool as it would be to have a 321... and it is a lovely watch the Price point is
High. You could get a X or Z 33 plus a Moon Watch Pro for the same price combined. Or Maybe a Bond. Pick your poison.
Love to have it . Can’t justify it as I have a Speedy Pro that’s a almost a year old.
I’ll stick with my Apollo 8 DSOTM. Sorry Omega!
 
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Probably because the shuttle & cam system simply wasn't invented until relatively recently.
But if it is a simpler system WHY wasn't it invented earlier? That's what I'm asking.
 
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Hi Al, what causes the column wheel to break? i.e., is there some sort of side loading due to other parts in the train of parts between pusher and column wheel wearing and coming out of alignment, or attempting to force a pusher while bound or jammed? Or is this simply something that happens due to poor design and loading a pillar on the column wheel in shear or bending that eventually causes the pillar to fail?

Are there any preventative measures that we as users can take to prevent column wheels from breaking?
 
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But if it is a simpler system WHY wasn't it invented earlier? That's what I'm asking.
Who knows? It's entirely possible that it just wasn't thought of at the time.
 
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Wasn't it 2000 pieces a year, rather than "only X number"?
Thanks for the reply, but 2000 per year does not mean 2000 in total .. they could produce for 20 years, they could increase (or decrease) the annual production ..... I mean there is no certainty about it.
 
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Thanks for the reply, but 2000 per year does not mean 2000 in total .. they could produce for 20 years, they could increase (or decrease) the annual production ..... I mean there is no certainty about it.

I agree with you (both here and on your previous post).

All the information released states that they are aiming for 2000 pieces a year, and that the watch is not limited in edition.

So they could make 2000 a year forever - or it could be a total failure, and they might only make 3,500 before calling it quits
 
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I agree with you (both here and on your previous post).

All the information released states that they are aiming for 2000 pieces a year, and that the watch is not limited in edition.

So they could make 2000 a year forever - or it could be a total failure, and they might only make 3,500 before calling it quits

And if Omega only make 3500 watches then those silly people who have stumped up the cash for one will have a very collectible watch, won't they? 😉
 
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And if Omega only make 3500 watches then those silly people who have stumped up the cash for one will have a very collectible watch, won't they? 😉

Low production does not always equal collectible, nor desirable.