3861 movement vs the new 321. Which is the better movement from a technical stand point.

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861 movement
These 861 are known to have run as daily beater for 22 years without a service 🧐
Yeah my beater speedy 861 still runs when wound. I never had serviced and I suspect I got it 30 years ago. Before the movie came out.

Technically if I can service myself an 561 or 564 I could clean and oil this. I also have similar lemania and tissot movements I can play with. Not so sure why I am afraid to work on this myself. Could me more that I want the case and gaskets serviced and fear damaging the hands (what need relume) and dial. The bezel scale is also pretty beat up from my using it as a daily beater from say 1994 to 2004 when I switched to the chronostop. Really did not wear any watch from say 1993 to probably 2014 or so.

I suppose what the takeaway here is, that there are different standards for working on the movement than there are for working on the case hands and dial.

So a 22 year old 861 should be in pretty good condition. And my 30 something is not going anyplace strapped to a plush snoopy as a baldric
 
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I understand. A lot of us, I think, have done considerable thinking about the "value retention" comment you made, which is why this whole accuracy/value conversation is coming up. Some mechanical watches retain value- but it's completely because of brand and model first and the technology after. Longines and Tissot (among others) would like to know where their value retention is, I am sure.

These conversations so often ignore the very real and very significant upkeep costs that mechanical watches have in comparison to your average quartz movement. Being able and willing to pay those upkeep costs when they come up is part of the "prestige" that comes along with this hobby. Do we consider service/upkeep costs to be depreciative?

This is a great hobby, I write this comment as I very happily sport my summer blue seamaster heritage. But I have no illusion that in terms of initial cost + current depreciation + future upkeep costs, I would have been better off if "monetary value" was really my prime focus, to just put the cash into $SPY. But, sometimes a luxury can be an investment in oneself, and that can be just as important.
Nailed it. I don't think any of us are into it for the future value of these things, however, in 10 or 15 years it is nice to see how the value has changed.
 
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mechanical watches, in general, holds their value better than quartz or electronic watches
If value retention is the game, instead of buying an Omega, buy a $150 Seiko and put your remaining thousands of dollars into an S&P 500 fund. The cost of servicing the watch over the course of your life will wipe out any financial value the watch retained, anyway.
 
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If value retention is the game, instead of buying an Omega, buy a $150 Seiko and put your remaining thousands of dollars into an S&P 500 fund. The cost of servicing the watch over the course of your life will wipe out any financial value the watch retained, anyway.
Oddly enough I do like Seiko. I don't have one but that may just change. I buy Omega, for the history, style, quality and all at a price point isn't insane. At least not yet.
 
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It's not value retention that drives a collector, it's the smile that it puts on his/her face.
 
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MCC MCC
I bought a Railmaster with a Co-axial movement about 16 years ago precisely because it was a Co-axial. I read about George Daniels work on these and wanted one. I love the watch but has completely stopped and needed fixing/servicing 3 times in that period. Ironically the only watch I have that has done this. Not everyone will service a coaxial movement so you need to be careful who you send it to.STS have become my default.

I also remember seeing an interview with Roger Smith where he claimed that he had improved and fixed the problems of Daniels original design. Is the case of the apprentice becoming the master I wonder?

In any event I also tend to regard the coaxial movement as largely an interesting idea that has become great marketing.

The Railmaster Aqua Terra with Caliber 2403 was available with two different revisions of the co-axial escapement, depending on the manufacturing date. The early 2403's had a higher beat rate and were prone to reliability problems. This was improved in later model years when Omega dropped the beat rate in line with Daniels' original design.

But in addition to the movement revisions, Omega has also improved some of the individual parts and the oiling procedure, which further resolves those problems. This all took place before the in house movements, so I wouldn't hold your experience against the current co-axial designs, and with any luck your watch shouldn't be having those problems these days either! Just as Roger Smith apparently improved on the original design, so have Omega.

All that being said, it does seem like Omega's leaning on the co-axial escapement is more marketing and innovation for the sake of innovation than tangible technical superiority. It has theoretical upsides in consistency of accuracy over service life, but it seems like it's not without downsides either, i.e. difficulty of servicing and movement thickness. Is it worth it? I dunno, I like that it's unique.
 
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This was improved in later model years when Omega dropped the beat rate in line with Daniels' original design.
Not really - Daniel's wanted 18,000 A/Hr for co-axial. There are plenty of co-axial movements that Omega makes that run at 28,800 A/Hr so the beat rate reduction to 25,200 A/Hr are not significant in terms of reliability, although this is a common theory stated on watch forums.

But in addition to the movement revisions, Omega has also improved some of the individual parts and the oiling procedure, which further resolves those problems.
The final resolution that eliminates the issue is gong back to Daniel's original design - the 3 level co-axial escapement. All of the issues that Omega fought for years were with Daniel's 2 level co-axial escapement design, which was a compromise that Daniels made when he was trying to sell this to different companies, and they complained that the escapement was too thick.
I wouldn't hold your experience against the current co-axial designs
Agreed.

Cheers, Al
 
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Not really - Daniel's wanted 18,000 A/Hr for co-axial. There are plenty of co-axial movements that Omega makes that run at 28,800 A/Hr so the beat rate reduction to 25,200 A/Hr are not significant in terms of reliability, although this is a common theory stated on watch forums.

Thanks Archer, I'd certainly trust your expertise against my amateur internet reading, but if the beat rate reduction in the 2500/2403 wasn't reliability related, then why was it done?

The final resolution that eliminates the issue is gong back to Daniel's original design - the 3 level co-axial escapement. All of the issues that Omega fought for years were with Daniel's 2 level co-axial escapement design, which was a compromise that Daniels made when he was trying to sell this to different companies, and they complained that the escapement was too thick.

Yeah, I was counting that one under movement revisions. The Railmaster AT never got the three level revision of course, though I'm quite happy with mine regardless, I don't worry about the reliability as it has been factory serviced well after these earlier problems were being ironed out.
 
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Thanks Archer, I'd certainly trust your expertise against my amateur internet reading, but if the beat rate reduction in the 2500/2403 wasn't reliability related, then why was it done?

It's been a long time wince I went through the co-axial training, but my recollection was that the changes were to improve "self starting" of the movement. In other words, to change the torque at which the movement starts to run when it has come to a stop.
 
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Thanks Archer, I'd certainly trust your expertise against my amateur internet reading, but if the beat rate reduction in the 2500/2403 wasn't reliability related, then why was it done?



Yeah, I was counting that one under movement revisions. The Railmaster AT never got the three level revision of course, though I'm quite happy with mine regardless, I don't worry about the reliability as it has been factory serviced well after these earlier problems were being ironed out.
That is interesting because my watch went back to Omega the first time it stopped. @Archer appreciate your insight too. I like the idea of innovations to mechanical watches and was interested in listening to Roger Smith discuss the coaxial movement and the improvements that needed to be made to it. Despite my disappointing experience with the coaxial movement I wouldn’t condemn them all but do not see that they provide any discernible benefit. Then again I might well be wrong.
 
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My feeling is that the silicon hairspring was a far bigger deal than the co-axial escapement.

No issues with temperature, (metal) tempering changes, wear, magnetism etc. It either works perfectly, or it is broken.
 
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It's been a long time wince I went through the co-axial training, but my recollection was that the changes were to improve "self starting" of the movement. In other words, to change the torque at which the movement starts to run when it has come to a stop.

On a side note…your new avatar is pretty “fresh” Al 🤣
 
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On a side note…your new avatar is pretty “fresh” Al 🤣
You know what they say, never select an avatar in a vacuum!
 
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On a side note…your new avatar is pretty “fresh” Al 🤣
Vacuum sealed for freshness!