Grand Seiko VFA StoryDate: Dec 09, 2011,06:53 AM - (view entire thread)
As I posted briefly a few months ago, I have acquired a Grand Seiko VFA by pure luck. I love Grand Seiko and the VFA was/is THE ultimate Grand Seiko. Many of you may be wondering “what is the fuss?” understandably. I did some research and the summary of the history of SEIKO's endeavor in 60s to improve itself by entering the Competition and the surprising result, and the story of VFA pieces. VFA stands for, pardon the weird English as it was made 40 years ago, "Very Fine(ly?) Adjusted".
1. Observatory Chronometer
Before COSC, there was Observatory Chronometer certified by the astronomical observatories such as the Neuchatel, Geneva, Besancon, and Kew Observatory (to be perfect, there was BO Chronometer standard – effort led by Rolex? - between those two). There were also “Observatory Chronometer Competitions” at those observatories every year until 69 or 70 when quartz movements became prevalent.
This Observatory Chronometer testing and certification was far tougher than today's COSC. For example, average daily deviation must be within +/- 0.75 sec, while COSC requirement is -4/+6 sec., thermal variation must be within +/- 0.20 sec. per day while COSC requirement is +/- 0.60 sec., etc.... and the duration of the test was 45 days while COSC's is 15 days.
The standard was so high that the manufacturers typically sent the movements specifically built for that purpose alone to the observatory for testing. It is like F-1 cars in that the car is expected to last only for one race, but not for everyday use. The only manufacturers who sold the actual movements/ watches which passed the observatory chronometer testing are Girard-Perregaux, Waltham (pocket watch), and SEIKO.
The well-known (thus legendary in a way) movements created for this competition were Peseux 260, Zenith 135, Longines 360, Girard-Perregaux 32A and SEIKO 45. But other than GP and SEIKO, those movements which actually passed the competition were never sold to the public, meaning that the ones in the market were made with the same spec (but not necessarily as finely tuned) as the examples that passed the competition, not the actually certified ones. 670 GP 32A movements actually certified were sold to the public in late 60s and so were 223 (some record says 226) SEIKO 45 (4520 and 4580) movements.
Bulletin de Marche - issued for each movement submitted
2. SEIKO's challenge to Observatory Chronometer Competitions
As you may know, there were, and still are, TWO SEIKO watch manufactures – back then they were called “Dai-Ni (the second) SEIKO-sha” and “Suwa SEIKO-sha” respectively. Why “the second” is because the original (=first) SEIKO-sha was created to make clocks and The Second SEIKO-sha (“sha” means “company”) was created to make wrist watches. And “Suwa” is the name of a region in Nagano prefecture, which is almost center of the long main island of Japan and still the home of today's Japanese precision manufacturing such as SEIKO Epson. Why “Suwa” is because The Second SEIKO-sha had to evacuate Tokyo due to the escalating bombing on Tokyo during late WW II period, and set up a new factory there. They picked Suwa because there had been a supplier there in Suwa. And by the twist of fate, the newer factory of The Second SEIKO-sha in Suwa and that supplier merged and created “Suwa SEIKO-sha” in 1959, an entity separate from the The Second SEIKO-sha in Tokyo.
Today, “The Second SEIKO-sha” in Tokyo is called “SEIKO Instruments Inc. (SII)” and “Suwa SEIKO-sha” is “SEIKO Epson”, respectively. SII is the subsidiary of SEIKO Holdings and owns Morioka SII in which they have “Shizukuishi Watch Studio” – today's main factory of the mechanical Grand Seiko (see the past report by SJX and me earlier this year). On the other hand, SEIKO Epson is now itself an independent company and listed on Tokyo Stock Exchange, as does SEIKO Holdings, independent of each other. There is no cross-holdings between those two entities (I am sure the founder's family, The Hattoris, own both).
SEIKO Epson is now far more famous for its printer products, but makes Grand Seiko as well – mostly quarts and Spring Drive. The Spring Drive Minute Repeater this year and Sonnerie before were both created by SEIKO Epson team, under the brand “Credor”. No wonder why it is based on the Spring Drive watch movement, NOT mechanical watch movement. As I said before, Grand Seiko aims to be the world's best “practical” wrist watch brand (thus, most are automatic and, for some, a bit boring design), while Credor aims to be the world's best dressy watch brand (thus, bells and whistles and sometimes bling bling). Technically speaking, SEIKO Epson is just one of the suppliers for SEIKO Watch Corporation, a SEIKO Holdings company which sells SEIKO products including Grand Seiko, Credor, etc. And it is interesting to know that this Suwa SEIKO-sha, now SEIKO Epson, is the one who created the first Grand Seiko (mechanical, of course), if I may add.
Back to the topic of SEIKO's challenge to Observatory Chronometer Competitions... SEIKO had accomplished the domination and top status in the domestic market and they naturally aimed at the next step. The Observatory Chronometer Competitions were said to be “International” but there had been very few non-Switzerland brand participants. In 62, SEIKO asked Neuchatel Observatory if it is okay for SEIKO to participate and the reply was “Participation from Japan is welcome”. In 63, Suwa SEIKO-sha participated in the small quartz division and did okay at 10th place. In 64, both Suwa and Dai-Ni participated (separately) in the mechanical wrist watch division and the results were not great, 144th and 153th place respectively (considering the fact there were 500th or 600th place made by the Swiss veterans, these results were not that bad). One of the reasons of this result was later found to be the magnetization. They also concluded that it has to have “Hi-Beat” and fine adjustment to improve accuracy. Now both SEIKO teams know what to do to improve and from the next year on;
Dai-Ni: Zero example prized*, Best of the submitted examples - 153th , award – none
Suwa: Zero example prized, Best of the submitted examples – 144th, award – none
(Example top: Zenith, Series (total of the best three examples) Top: Omega, Second: Omega)
Dai-Ni: 2 examples prized, Best of the submitted examples - 124th , award – Series 6th
Suwa: 1 example prized, Best of the submitted examples – 125th, award – none
(Example top: Zenith, Series (total of the best three examples) Top: Zenith, Second: Omega)
Dai-Ni: 23 examples prized, Best of the submitted examples - 9th , award – Series 3rd
Suwa: 9 examples prized, Best of the submitted examples – 104th, award – Series 6th
(Example top: Zenith, Series (total of the best three examples) Top: Omega, Second: Omega)
Dai-Ni: 36 examples prized, Best of the submitted examples - 4th , award – Series 2nd
Suwa: 26 examples prized, Best of the submitted examples – 12th, award – Series 3rd
(Example top: Omega, Series (total of the best three examples) Top: Omega, Second: Dai-Ni SEIKO)
(*”prized” means the score was within 20th place (there were many same score examples).
After Suwa submitted its competition examples, Neuchatel declared the Competition would be suspended (later it was announced that the SEIKO examples dominated the Competition by taking 2nd, and 4th - 8th places). So, both SEIKO teams submitted to Geneva Observatory instead – Best of the submitted examples – 4th (1st to 3rd were quartz movements), in fact from 4th to 10th were all SEIKO, which means that SEIKO movements dominated from the Top to 7th place in the mechanical watch movement division. Total wrist watch division – of course, 1st place.
As you could see, SEIKO team has advanced its technology and skill quite fast to become competitive in the global watch industry. Why Neuchatel stopped the Competition can now only be a speculation, but it continued to issue certificate “Observatoire Astronomique et Chronometrique Bulletin de Marche” to those passed its rigorous test. (Dai-Ni or The Second) SEIKO did continue to improve its movements and also to submit its examples.
– submitted 103 Cal. 4520, 73 passed and certified.
1969 – submitted 30 Cal. 4580, 25 passed and certified.
1970 – submitted 150 Cal. 4580, 128 passed and certified.
(By Dai-Ni SEIKO-sha)
SEIKO could (or should) have stored these examples in its museum, but sold all of them to the public. Those 223 (some record shows 226) 4520/4580 were sold as “Observatory Chronometer” in 18K YG case at about USD1,800 then, which is about USD10K today and astonishingly cheap. Many of those which passed the Neuchatel standard and then were sold to the public had daily deviation of +/- 0.175 sec per day (the standard of the test was +/- 0.75 sec per day)....
Then the specially adjusted same Cal. 4580 were sold as “Grand Seiko 45G VFA (Very Finely Adjusted)” at about USD1,000 then in SS case. Very few were made and sold as VFA process is painful and not for mass production. We seldom see them in the antique market today. If we do, it won't be that cheap any longer (I have seen one Observatory Chronometer at about USD25K). The 45G VFA were sold with guarantee of +/- 2 sec per day and mean monthly accuracy of +/- 60 sec for two years. Incredible accuracy and confidence in the products for general public, even more so by today's standard.
3. An interesting year for the record – 1969
1969 is the year SEIKO launched its first quartz wrist watch – Astron. And in the same year, it sold Observatory Chronometer as well as Grand Seiko 45G VFA – it is interesting generation change from the peak of mechanical watch to quartz. And mechanical Grand Seiko ceased its existence for 25 years until 1998 when the mechanical Grand Seiko was revived.
Note that “Astron” was created at Suwa SEIKO-sha, and Observatory Chronometer and Grand Seiko 45G VFA were created at Dai-Ni (The Second) SEIKO-sha.
The first Quartz Astron, ca. 1969
The 40th anniversary Astron Commemorative Edition
45GS VFA - too legendary and rare to find one, even its photo on the net.
4. The best of the best Grand Seiko
Grand Seiko 61G (6185/6186-8000) VFA was released in 1972, made by Suwa SEIKO-sha while 45G VFA was made by Dai-Ni SEIKO-sha – there was, and still is, a little bit of “sibling rivalry” between those two. This model was truly the last of the original mechanical Grand Seiko, as we know it. “VFA” stands for “Very Fine Adjusted” as engraved on the movement, and as the acronym means, it was adjusted by the finest of Suwa SEIKO-sha. The total number made is unknown, but it should be in the small number. This model still shows up once in a while in the market, luckily. It is also interesting to note that the one of the adjusters at Suwa SEIKO-sha, who must have worked on this 61G VFA and who also won the “Best Adjuster” at Neuchatel Competition, was a woman. Considering the conservativeness and lagging of Japan's men/women thing, this is very noteworthy.
This example is in pretty good shape, especially the dial and hands have little to no damage at all. I had the screw back replaced by the sapphire glass display back (too good to be hidden), and had it serviced. There were some rusty parts, but they did fine job to clean them up. Please enjoy those photos. I may have to or want to bring it in to SEIKO service center to adjust even finer in the future, if it is at all possible.
The pics during the overhaul
Bezel gasket had to be replaced
The dial is in extremely good condition
(6186 is with day/date, 6185 is with date only)
Movement was a bit rusty
Notice the "height" of the bar index, thus relatively short hands
Still edgy enough
Display back is so much fun - too good to hide. "Very Fine Adjusted".
In the vintage SEIKO lovers community here, it is widely believed (YMMV) that the best caliber SEIKO has ever produced were Cal. 45 (manual) and Cal. 61 (automatic). Naturally, as I got interested in Cal. 45 as well, I bought pre-owned vintage Grand Seiko 4520-8000 – yes, exactly the same movement as the ones which obtained Observatory Chronometer Certificate in 1968. It is almost impossible to find 45 Grand Seiko VFA today :-( The non-VFA model is still relatively more available at very good price. And, of course I had the case back replaced as well. But be warned that due to the popularity of the movement, the many parts including the main spring for Cal. 45 is getting very scarce and extremely hard to find the replacement if and when it is broken.
How they are
performing today -
As the servicer did a fine job, my 61G VFA now gains on average 3 sec per day on wrist. And 45G loses on average of 4 sec per day on wrist. Nothing to complain here although no longer +/- 2sec per day as guaranteed almost 40 years ago. Modern Grand Seiko has more rigorous standard than what COSC requires today, but still +3 to -5 per day (in 6 positions). BUT, SEIKO can do much better than that, IMO....
5. The end of Grand Seiko, and comeback after a quarter century
After the explosion of the quartz boom (as well as Bulova Acutron before it) that coincidentally started almost at the same time as the pinnacle of its mechanical movement marvel, SEIKO unfortunately stopped or slowed down its effort on mechanical watches. The industry in Switzerland did get greater impact back then as well, but relatively speaking, SEIKO has made a bit less effort on mechanical movement than Swiss counterparts for a few decades. Grand Seiko did make comeback in 1988 with Quartz movements of +/- 10 sec per YEAR accuracy, but the comeback of the mechanical Grand Seiko had to wait for another 10 years until 1998.
When they decided to re-launch the new mechanical Grand Seiko, it was essential to grow the skilled watchmakers internally first (remember that they grow all the watchmakers internally with very few exceptions). It was not an easy task because, naturally, most of the wonderful watchmaking magicians had retired. Now Grand Seiko has caught up to certain extent in terms of accuracy, reliability, and durability. But we have to realize that mechanical Grand Seiko is still made by a small number of skilled workers in Shizukuishi Watch Studio. SEIKO is a big company which makes millions of watches every year, but you can't expect it to produce ample mechanical Grand Seiko to sell all over the world, just yet. It just started expanding the POS to outside of Asia, little by little.
I wonder when (or whether) we will see the totally mechanical grand complication from SEIKO like its Swiss peers one day. I am very much looking forward to it.
6. (A very good story) Addendum – Grand Seiko 130th Anniversary models and the disaster that hit the case supplier (this part includes excerpts from an article written by Mr. Masahiro Hirota on Chronos Japan, No. 037, Nov. 2011 - Copyright Chronos Japan: Translated by KIH with written permission)
Here is a great story about one of the suppliers for Grand Seiko in the disaster area - “Hayashi Seiki (Hayashi Precision - “Hayashi”)”, who has been the case supplier to the Shizukuishi Watch Studio for a very long time. The Hayashi factory was near Shizukuishi but hit much harder than SEIKO factory. Hayashi was in the peak of making the cases for the 130th Anniversary models when the big quake hit at 14:46 on March 11 this year. The factory building almost collapsed, but what Mr. Hayashi, CEO, thought first was to salvage the cases which had been in the middle of production. PT and some YG cases had been cut and were being polished, and SS cases just finished the cutting process. Every employee entered the collapsed building and salvaged all of them – none of them had to be dumped. Hayashi decided to move the production to inside the Shizukuishi SEIKO factory and 12 days after the quake, they started extracting most of the machines from the former collapsed factory, reinforcing the building with 600 steel and wood support beams. And just in 20 days, most of the machines were safely moved our of the half-collapsed factory. By the middle of April, just one month after the quake, they already started polishing and assembling the cases. On June 6, less than 3 months after the disaster, they resumed the normal operation – forging, cutting, polishing, and assembling at the new site. Mr. Hayashi now recollects why he first thought of salvaging the cases, not anything else, “because it was 130th Anniversary models and they were very special cases”. Simple but considering the circumstances, astonishingly professional thought process.
Please, those who luckily acquired 130th Anniversary Grand Seiko, I do hope you remember this story and these people behind it whenever you see and wear it. What you got there have gone through such an extraordinary ordeal.
FYI – Grand Seiko SS cases go through 10 to 12 times of forging (at least twice the peers) with 250 tonnes of pressure and about 1100 Celsius of heat, and then cut and polish (see the difference between forging and cutting in my recent post here: patek.watchprosite.com =). This is how and why Grand Seiko cases have mirror-like reflection and there are probably only a few other manufacturers in Switzerland who do cases at this level. Grand Seiko cases are polished by special machine – Sallaz polisher (originally imported from Germany in late 50s, polishing company called Sallaz) – the surface of the case becomes truly like mirror. Mr. Hayashi wanted to make 130th Anniversary models just like the original Grand Seiko in 1960, inside out.
also read SJX's wonderful write up on the history of Grand Seiko
Thank you for reading such a lengthy note.
“The SEIKO Book” 1999 by Tokuma Shoten
- Chronos Japan - No. 037 Nov. 2011
- .. and carefully selected various information sources in both Japanese and English, including internet and books, old magazines
2011 - Ken Hokugo &
- all rights reserved
suggestions, and corrections to this article are welcome.