A Short History of the Wristwatch: From Jewelry to Trenches to Quartz

The history of the wristwatch spans a transformation from 19th-century luxury jewelry worn by women to a military necessity in World War I trenches, before modern quartz crystals revolutionized timekeeping in 1969. Driven by battlefield utility, industrial manufacturing, and electronic precision, wristwatches evolved from delicate fashion accessories into durable, mass-market tools and luxury mechanical heirlooms.

While pocket watches dominated male attire for centuries as symbols of status and reliability, the wrist-worn timekeeper eventually proved far superior in fast-moving situations. From early aristocrats to trench officers and electronic engineers, the development of the wristwatch reflects broader changes in technology, warfare, and industrial design.

How did the wristwatch start as women’s jewelry?

For hundreds of years, men relied exclusively on pocket watches carried safely inside waistcoats or jackets. These devices were large, thick, and protected inside clothing from environmental dust, impacts, and weather. Wrist-worn watches—then termed “wristlets” or “armlets”—were viewed by horologists and the public as decorative novelties designed solely for wealthy women.

One of the earliest recorded examples dates to 1571, when Queen Elizabeth I of England received an ornate wristlet adorned with jewels from Robert Dudley, Earl of Leicester. Centuries later, in 1868, Swiss manufacturer Patek Philippe created a key-wound wristwatch for Countess Koscowicz of Hungary. This piece featured a heavily detailed gold bracelet encrusted with gemstones, setting a precedent where aesthetic ornamentation took priority over precision timekeeping.

Men actively avoided wristlets prior to the 20th century for several reasons:

• Perceived fragility: Early mechanical movements were easily damaged by wrists exposed to shock, rain, and dirt.
• Social stigma: Wristlets were associated with female fashion, jewelry, and delicate elite attire rather than masculine utility.
• Inaccuracy: Small balance wheels and mainsprings made wrist-sized watches far less accurate than larger pocket watch movements.

Why did the military bring watches to the wrist?

Military tactics at the end of the 19th century demanded instant synchronization across scattered units. Pulling a pocket watch out of a coat pocket while managing horse reins, holding a rifle, or consulting map sheets was dangerously slow during combat operations.

During the Third Anglo-Burmese War in 1885 and the Boer War in South Africa (1899–1902), British officers began custom-fitting leather straps with metal cups to hold standard pocket watches on their wrists. Around the same time, aviation forced a similar shift. In 1904, Brazilian aviator Alberto Santos-Dumont explained to his friend Louis Cartier how difficult it was to check his pocket watch while steering an airship. Cartier created the Cartier Santos—a square-cased wristwatch on a leather strap—which went into commercial production in 1911 as one of the first dedicated men’s wristwatches.

The outbreak of World War I in 1914 converted the wristwatch from an experimental aid into an absolute battlefield necessity. Trench warfare required tightly timed “creeping barrages,” where artillery bombardment ceased seconds before infantry climbed over the trench top. Officers had to hold a whistle, a sidearm, and a watch simultaneously.

Watchmakers adapted quickly by designing specific “trench watches” featuring:

• Wire lugs soldered directly onto modified pocket watch cases to attach leather or canvas straps.
• Unbreakable celluloid or thick acrylic crystals to withstand shell shrapnel.
• Luminous dials painted with radio-luminescent radium to allow night operations without revealing positions to enemy snipers.
• Protective metal wire grilles fitted over watch crystals to guard against direct impact.

When millions of soldiers returned home after 1918, they kept wearing their trench watches in daily life. This military habit permanently dissolved the perception that wristwatches were feminine accessories, setting off a boom in civilian watch production.

How did mechanical watches achieve their golden age?

The period between World War I and the late 1960s represents the high-water mark of mechanical watch engineering. Watchmakers focused on resolving the key vulnerabilities that troubled early wristwatches: water intrusion, manual winding friction, and mechanical shocks.

In 1926, Rolex patented the Oyster case, using a screw-down bezel, caseback, and winding crown to seal the movement against moisture and dust. To prove its effectiveness, founder Hans Wilsdorf equipped British swimmer Mercedes Gleitze with a Rolex Oyster during her ten-hour swim across the English Channel in 1927. The watch emerged fully functional and dry inside.

Engineering advancements followed rapidly throughout the mid-20th century:

• Self-winding movements: English watchmaker John Harwood patented an automatic winding wrist movement in 1923, which used an oscillating weight. Rolex refined this in 1931 with the 360-degree Perpetual rotor system.
• Shock protection: The invention of the Incabloc shock absorber system in 1931 used spring-loaded jewels to protect balance wheel pivots from drop damage.
• Water resistance and dive scales: The 1950s introduced specialized tool watches like the Rolex Submariner and Blancpain Fifty Fathoms, equipped with rotating bezels for tracking immersion time.

While these mechanical innovations significantly boosted durability, high-end finishing and complicated assembly pushed prices upward, establishing premium watches as significant life investments.

What was the Quartz Revolution and how did it reshape horology?

On Christmas Day in 1969, Japanese manufacturer Seiko released the 35 SQ Astron, introducing the world’s first commercial quartz wristwatch. Instead of relying on a coiled mainspring and gear train, quartz movements use a battery to send electricity through a small, tuning-fork-shaped quartz crystal, causing it to vibrate at a precise frequency of 32,768 times per second.

This micro-electronic oscillation allowed quartz watches to remain accurate within five seconds per month, far outperforming even certified mechanical chronometers. Although the original Astron was expensive—selling for 450,000 Yen, comparable to a medium-sized motor car—rapid developments in integrated circuits allowed mass production to drive down costs exponentially within five years.

By the mid-1970s, mass-produced quartz watches flooded global markets, triggering what European watchmakers called the “Quartz Crisis.” Cheap, battery-powered timepieces made traditional mechanical watches appear outdated and unnecessarily expensive. According to figures cited by The Economist, the Swiss watch industry’s workforce dropped from roughly 90,000 workers in 1970 to just 28,000 by 1983, forcing hundreds of historic manufactures to close their doors.

Switzerland survived this economic collapse through a dual strategy orchestrated by industry restructurers like Nicolas Hayek:

1. Mass-market entry: The launch of Swatch in 1983, an affordable, quartz-driven synthetic watch engineered with only 51 parts (compared to 91 or more in standard builds), reclaimed mass-market share.
2. Luxury positioning: Traditional manufacturers shifted marketing away from basic timekeeping utility toward craftsmanship, heritage, complex mechanics, and status symbol identity.

Comparing different movement technologies reveals how time measurement shifted from mechanical springs to quartz resonators and electronic microprocessors. For details on how quartz oscillations compare to atomic time standards, see Montana’s Time Zone: Understanding Mountain Standard Time.

How do mechanical, quartz, and smartwatches compare?

Understanding watch history requires looking at how traditional mechanics, battery-powered quartz, and modern microcomputing serve distinct needs today.

While a mechanical watch cannot match modern digital displays for raw accuracy, its physical appeal comes from tactile experience, visible gear trains, and direct connection to historical craftsmanship. Meanwhile, regions like Switzerland’s Vallée de Joux and Germany’s Glashütte developed unique horological traditions, mastering intricate complications such as perpetual calendars, split-second chronographs, and tourbillons.

What common misconceptions exist about wristwatch history?

Several myths surround the emergence of wristwatches:

• Myth: Pocket watches vanished immediately after World War I. Pocket watches remained popular for formal dress and professional railway work well into the 1930s and 1940s before wrist-worn models achieved total market dominance.
• Myth: Early wristwatches were accurate timepieces. Most 19th-century wristlets kept poor time due to tiny balance assemblies and were worn purely as visual jewelry.
• Myth: The Quartz Crisis permanently destroyed traditional Swiss watchmaking. While it eliminated thousands of factory jobs, the restructuring forced the industry to consolidate into high-end mechanical horology, ultimately generating higher global revenues through luxury branding.

Frequently asked questions

Why were early wristwatches primarily for women?

Early wristwatches were crafted as decorative jewelry for wealthy women rather than functional tools. Men preferred pocket watches because larger movements were far more accurate and protected inside coat pockets from shock and weather.

What was the Quartz Crisis and its impact?

The Quartz Crisis was an economic downturn during the 1970s and early 1980s caused by the surge of precise, inexpensive Japanese quartz watches. It caused widespread closures among Swiss mechanical watchmakers, reducing their workforce from 90,000 in 1970 down to 28,000 by 1983.

How did World War I change wristwatch popularity?

World War I forced soldiers to coordinate artillery bombardments and tactical movements quickly without taking their hands off weapons. Strapping timepieces to their wrists proved vital in the trenches, normalizing men’s wristwatch wear when veterans returned home.

What makes a mechanical watch a certified chronometer?

A mechanical watch becomes a certified chronometer after passing rigorous precision tests under varied temperatures and positions conducted by an independent testing body, such as Switzerland’s COSC. Certified movements must maintain precise daily rate limits over several consecutive days.

Why do mechanical watches remain popular despite digital alternatives?

Mechanical watches endure because they are valued as artistic micro-engineering, historical heirlooms, and personal style statements. Unlike consumer electronics that become obsolete in a few years, a well-built mechanical watch can operate indefinitely with proper servicing.