WhereIsAtlas · Manufacturing

What Was the Quartz War?

Switzerland made almost all the world's watches in 1970 and employed 90,000 people doing it. By the late 1980s that was under 30,000. The technology that did it was Swiss.

In 1969 Seiko put the first commercial quartz wristwatch on the market, the Astron 35 SQ — a technology a Swiss consortium had also developed, and had taken to market as expensive jewellery instead of a mass product [1][2]. Over the following fifteen years Japanese accuracy from above and American volume from below cut Swiss watchmaking employment from roughly 90,000 to under 30,000. The industry survived by consolidating into one group and launching the Swatch in 1983: a cheap plastic quartz watch sold as fashion rather than as an heirloom. Switzerland lost the technology argument, won the pricing and branding argument, and spent thirty years making "Swiss mechanical" the most valuable phrase in the business. The sequel is Chinese.

One war, two names

The same thirty years are called two different things depending on who is telling the story. In Switzerland it is the Quartz Crisis. In Japan it is the Quartz Revolution.

That is not a diplomatic nicety — it is the whole disagreement. One side experienced a catastrophe, the other experienced a technological leap it had earned. Both descriptions are accurate, and a registry that picks one is taking sides in a commercial war. So this entry uses neither as the title and both in the text.

The attack from above

At the end of 1969 Seiko put the Astron 35 SQ on the market: a quartz wristwatch, and the first commercial one [1]. Quartz timekeeping was not a new idea — it had been in clocks for decades — but putting it on a wrist, running on a battery, at a price a person could pay, was the achievement. The Smithsonian holds one and describes it in exactly those terms, as the first quartz wristwatch on the market [1].

The most important thing about the Astron is not that Seiko built it. It is what it did to the argument the Swiss industry had been having with itself.

Switzerland had the technology. A Swiss consortium, the Centre Électronique Horloger, had quartz working at roughly the same period [2]. The difference is what each side did with it. Seiko industrialised: made it accurate, made it reliable, made it cheaper every year, and sold it as a better watch. The Swiss brought quartz to market as a luxury object — expensive, jewelled, positioned as a curiosity for people who already owned real watches.

That choice is the hinge of the entire story. A technology that could have defended Swiss manufacturing was used to decorate its top end instead, and the top end was not where the volume was.

The attack from below

The second half of the pincer was not Japanese and not high-technology. Timex was selling enormous numbers of cheap mechanical watches, and it was doing so profitably.

Between them, the two did something that the Swiss industry's structure made fatal. Swiss watchmaking was organised as a dense network of hundreds of small specialist workshops — one making springs, another making cases, another assembling — which worked beautifully when the product changed slowly and badly when it changed quickly. There was no single company that could decide to make a cheap quartz watch and then do it.

So the workforce fell. Swiss watchmaking employment went from roughly 90,000 around 1970 to under 30,000 by the late 1980s [4]. That is a loss of about two-thirds of an industry in fifteen years, and it happened in towns where watchmaking was not a sector but the employer.

The counterattack, and why it worked

The Swiss answer was not a better watch. It was a cheaper one, and a different idea of what a watch was for.

In 1983 the industry's surviving pieces were consolidated into a single group, and it launched the Swatch [2][3]. A plastic-cased quartz watch, cheap enough that buying one was not a decision, marketed as a second watch — a fashion item, a thing you owned several of, not an heirloom you passed down.

That is a marketing insight rather than a horological one, and it saved the industry. The group became SMH, renamed the Swatch Group in 1998 [3], and under Nicolas Hayek it grew into the largest watch company in the world: Omega, Longines, Tissot, Breguet — and ETA, the movement maker that supplied most of the rest of the industry.

Switzerland did not win the quartz war. It stopped fighting it and went and won a different one.

The second act nobody priced in

Once the Swiss industry was consolidated around a movement monopoly, it had a new lever, and it used it: ETA began winding down sales of movements to competitors, forcing rivals to build or buy their own. That single decision reshaped the industry a second time and created the independent-movement sector that exists today.

And the war is not over. On 4 November 2021 the Grand Prix d'Horlogerie de Genève — the Swiss industry's own awards — gave its Challenge Watch Prize to CIGA Design of Shenzhen, reported as the first Chinese brand the GPHG has recognised [8]. The detail that ties this cluster together is the movement: it was co-developed with Sea-Gull of Tianjin [8], a company that had bought the tooling of a Swiss movement maker decades earlier and turned itself into one of the largest producers of mechanical movements in the world.

So the Chinese second wave did not arrive. It co-built the watch that took a prize in Geneva.

What the record does not settle

The Swiss employment series. The figures used here — roughly 90,000 around 1970 falling to under 30,000 by the late 1980s — are the ones commonly cited and supported by the academic literature on the crisis [4], but they are not a single verified series from one statistical source. Anyone needing precision should go to the Federation of the Swiss Watch Industry's own data rather than to this entry.

The Astron's price and production. The launch price is widely given as ¥450,000 and the first run as roughly one hundred units. Neither figure is verified to two sources here, and both should be attributed rather than stated.

Swatch part count. The frequently quoted figure for the number of components in a Swatch is around fifty, a fraction of a conventional mechanical movement. The order of magnitude is the point and is sound; the exact count should be attributed.

Who was "first" in automatic chronographs. This cluster covers Zenith's El Primero, and the entry on Zenith deals with the 1969 three-way race, where the industry still disagrees about who was first. That disagreement is presented there rather than resolved here.

Why the Swiss did not industrialise quartz sooner. That they developed it and marketed it as jewellery is documented [2]. The reason — corporate caution, the structure of the industry, a belief that quartz was beneath a fine watch — is argued over by historians, and this entry does not pick a cause.

The short version

A technology the Swiss invented and declined to sell cheaply, which Japan sold cheaply and accurately, which destroyed two-thirds of Swiss watchmaking employment, and which Switzerland answered with plastic and marketing. Japan won the technology, Switzerland won the price and the prestige, and both are now being challenged from Tianjin and Shenzhen by companies that bought the tooling rather than the brands.

Entries in this story

Sources

  1. The Seiko Quartz Astron 35 SQ, described as the first quartz wristwatch on the market — Smithsonian National Museum of American History (2026-10-10) ↩
  2. The Swatch celebrates its 20th birthday — SWI swissinfo.ch (2026-10-10) ↩
  3. Swatch clocks up a quarter of a century — SWI swissinfo.ch (2026-10-10) ↩
  4. Trade competition and migration: evidence from the quartz crisis — ScienceDirect (2026-10-10) ↩
  5. Zenith El Primero "Daytona" automatic chronograph, calibre 3019 PHC — Catawiki (2026-10-10)
  6. Seiko corporate history and the Astron — Seiko (2026-10-10)
  7. Swatch Group corporate history — Swatch Group (2026-10-10)
  8. CIGA Design's Blue Planet and the GPHG Challenge Watch Prize — Hodinkee (2026-10-10) ↩