Watches have been around for centuries and have evolved significantly. One of the most important aspects of a watch is its movement, which is the mechanism that powers the watch's hands. There are several types of watch movements, each with unique characteristics and benefits. 

This long-form blog will explore some of the different watch movement types, from automatic to tourbillon.

Let’s begin with the automatic movement.

Automatic Movement

The history of the automatic movement watch dates back to the late 18th century when Swiss watchmaker Abraham-Louis Perrelet invented the first self-winding mechanism for pocket watches. 

However, it was in the early 20th century that the first automatic wristwatch was introduced.

In 1923, British watchmaker John Harwood patented an automatic winding mechanism design that used a weight that moved with the wearer's arm movements to wind the mainspring. Harwood's design was the first practical automated crooked system for wristwatches and paved the way for modern automatic movement watches.

During the 1930s and 1940s, several Swiss watchmakers, including Rolex, Omega, and Zenith, began developing their automatic movements watches. These early mechanical movements were typically large and bulky and were less accurate than manual-winding movements.

In the 1950s and 1960s, technological advancements and manufacturing processes led to the development of more compact and efficient automatic movements watches. These movements used smaller rotors and more precise mechanisms, which improved their accuracy and reliability.

In the 1970s, the introduction of quartz watches threatened the popularity of automatic watches, as they were more accurate and required less maintenance. However, the resurgence of interest in mechanical watches in the 1980s and 1990s helped revitalize the automatic watch market.

Automatic or self-winding watches are mechanical watches that use a self-winding mechanism to power the watch. The watch's metal rotor moves back and forth as the wearer moves, winding the mainspring, which powers the watch. 

Automatic watches are trendy among watch enthusiasts because they do not require manual winding and are often considered more accurate than manual watches.

One of the primary advantages of an automatic watch is that it is self-winding and does not require manual winding to keep the watch running. This benefits individuals who wear their watch daily and do not want to worry about manually winding their watch. Automatic watches are also highly accurate and are often more expensive than manual watches due to their complexity.

Tsar Bomba has a collection of the best mechanical watches. Tsar Bomba's automatic mechanical watches for him feature ergonomic double-bridge designs. Each case has undergone 202 processes to make the watch fit the human wrist more comfortably, greatly enhancing the matching experience. 

Our most accurate mechanical watches feature 316L stainless steel, and the case is water-resistant and corrosion-resistant. Japanese movement stores energy for 48 hours—the natural signals of your wrist power it. Mechanical watches must be worn for at least 8 to 10 hours daily. The crown of your watch should be rotated 30 times if it does not get sufficient energy. 

Today, automatic movement watches are highly sought after by watch enthusiasts for their craftsmanship, reliability, and convenience. Many brands of luxury watches continue to develop and innovate new mechanical movement watches, incorporating new materials and technology to improve their performance and accuracy.

Manual Movement

The history of manual movement watches dates back to the 16th century when the first portable watches were invented. These early watches were powered by small weights or springs and had to be wound manually using a key or a separate winding tool.

In the 17th and 18th centuries, watchmakers began developing more advanced manual watch movements, incorporating new features such as the verge escapement and the balance spring. These improvements made watches more accurate and reliable, and they helped to establish the clock as a fundamental tool for navigation, astronomy, and other scientific pursuits.

During the 19th century, manual watch movements continued to evolve, with watchmakers experimenting with new materials and designs to improve their performance. The development of interchangeable parts made watch manufacturing more efficient and affordable, allowing for greater customization and personalization.

In the early 20th century, the introduction of the wristwatch revolutionized the watch industry, and manual watch movements became more compact and lightweight to suit the new form factor. Many watchmakers began producing high-quality manual movement watches, with brands such as Patek Philippe, Vacheron Constantin, and Jaeger-LeCoultre becoming renowned for their craftsmanship and precision.

In the mid-20th century, the rise of quartz technology threatened the popularity of manual watch movements, as quartz watches were more accurate and required less maintenance. However, the resurgence of interest in mechanical watches in the 1980s and 1990s helped revive the market for manual movement watches, and they continue to be highly prized by watch enthusiasts worldwide.

Manual watches, also known as hand-wound watches, are among the movement watches that are the oldest. These watches require daily winding to keep them watch running. The user must manually wind the watch by turning the crown to power the mainspring. Manual watches are often less expensive than automatic watches, but they require more attention and maintenance.

One of the primary advantages of a manual watch is that it allows the wearer to connect with the watch on a more intimate level. The wearer must wind the watch manually daily, creating a personal connection with the watch. 

Today, manual watch movements are still produced by many luxury watch brands, and they are considered a symbol of traditional watchmaking craftsmanship and expertise. While they require regular winding and maintenance, they offer a unique connection to the past and a sense of nostalgia for a time when timekeeping was a more intimate and personal experience.

Quartz Movement

The history of the quartz watch movement dates back to the 1920s, when piezoelectricity, a phenomenon in which certain materials generate electricity when subjected to mechanical stress, was discovered. This discovery led to the development of quartz crystals to create precise electrical signals.

In the 1930s, Swiss physicist Paul Langevin and his team began experimenting with quartz crystals in timing circuits. They discovered that quartz crystals could be used to create highly accurate timekeeping devices, and they developed the first quartz clock in 1932.

However, in the late 1960s, quartz technology was applied to watches. In 1967, Japanese watchmaker Seiko introduced the world's first quartz watch, the Seiko Quartz Astron. The watch was a revolutionary breakthrough, as it was more accurate and reliable than any mechanical watch on the market.

The Seiko Quartz Astron used a battery-powered quartz crystal oscillator to keep time, and it was accurate to within five seconds per month. It quickly became a sensation, and other watchmakers rushed to develop quartz watches.

By the 1970s, the quartz watch had become dominant in the watch industry. The accuracy and affordability of quartz watches made them popular with consumers, and they began to outsell mechanical watches by a wide margin.

In the 1980s and 1990s, the rise of digital technology led to the development of digital quartz watches, which incorporated features such as clocks, alarms, and timers. However, traditional analog quartz watches remained popular, and many luxury watch brands began producing high-end quartz watches with advanced features and designs.

Today, quartz watch movements are widely used in watches of all types, from affordable fashion watches to high-end luxury timepieces. While they lack the traditional craftsmanship and charm of mechanical watches, they offer unparalleled accuracy and convenience, making them a popular choice for everyday wear.

Quartz watches are electronic watches that use a quartz crystal to keep time. The battery powers the quartz crystal, which vibrates at a very high frequency, creating an electrical signal that powers the watch's hands. Quartz watches are often more accurate than mechanical watches and are typically less expensive. However, many watch enthusiasts consider them less desirable due to their lack of mechanical complexity.

Tsar Bomba Watches for men are the exclusive collection of quartz watches in the market. The Tsar Bomba watches collection is a bold, powerful line of timepieces that combines precision and style. Japanese movement provides precise time, and you can see exquisite craftsmanship through the sapphire mirror. A total of 264 processes have been applied to each case to make them more comfortable for the user to wear, enhancing the matching experience considerably. 

One of the primary advantages of a quartz watch is that it is highly accurate and requires very little maintenance. Quartz watches are more affordable than mechanical watches, making them an ideal choice for watch collectors just starting. However, quartz watches lack the mechanical complexity that many watch enthusiasts crave.

Chronograph Movement

Watchmakers began experimenting with time interval measuring devices in the early 19th century, which led to the creation of chronograph watch movements. One of the first of these devices was the "chronometer," which was developed by Louis Moinet in 1816.

The timepiece was a stopwatch that could be started and stopped using a small lever on the watch case. While it was yet to be a fully functional timepiece, it represented a significant step forward in developing timekeeping technology.

Over the next few decades, watchmakers continued to refine the chronograph concept, with various inventors introducing new mechanisms and designs. One of the most significant developments came in 1862 when Adolphe Nicole invented the "split-seconds" clock, which allowed for simultaneously timing two events.

However, it was in the 20th century that the chronograph movement watch became widely used and popularized. In 1913, Swiss watchmaker Longines introduced the first chronograph watch, which featured a single button for starting, stopping, and resetting the stopwatch function.

Over the years, many watchmakers have introduced their variations on the chronograph movement, incorporating new features and designs to make the watches more accurate, reliable, and functional. Some of the most notable innovations include the "flyback" chronograph, which allows for instantaneous resetting of the stopwatch function, and the "rattrapante" chronograph, which has two-second hands that can be stopped and restarted independently.

Today, watch enthusiasts highly prize chronograph watches, and many luxury watch brands, including Rolex, Omega, and Breitling produce them. While they may be less accurate and reliable than other types of watch movements, they offer a unique combination of functionality and style. They continue to inspire awe and admiration among watch collectors worldwide.

A chronograph is a watch with an additional stopwatch function. Chronograph watches have a second hand that can be started, stopped, and reset independently of the watch's regular timekeeping functions. Mechanical and quartz movements can power chronograph watches, and athletes and pilots often use them due to their precise timekeeping capabilities.

One of the primary advantages of a chronograph watch is that it allows the wearer to time events accurately. Chronograph watches are often used by athletes and pilots who need to time events accurately. Chronograph watches can also be highly accurate and come in mechanical and quartz movements.

Tourbillon Movement

The tourbillon is a complex watch movement invented by Abraham-Louis Breguet in 1795. The purpose of the tourbillon was to improve the accuracy of pocket watches, which were prone to errors due to the effects of gravity on the balance wheel and hairspring. 

Breguet's design involved placing the escapement, balance wheel, and hairspring in a rotating cage that completed one revolution per minute. This meant that the effects of gravity were distributed evenly over the movement, leading to improved accuracy. The tourbillon was initially used only in pocket watches, but it has since been adapted for wristwatches.

Over the years, the tourbillon has become a symbol of watchmaking excellence, and collectors and enthusiasts highly covet it. The complexity of the movement and the precision required to manufacture it make it one of the most expensive complications in watchmaking.

The tourbillon mechanism is a rotating cage containing the watch's escapement, balance wheel, and hairspring. The cage rotates once per minute, which helps counteract gravity's effects on the watch's accuracy. 

Kinetic Movement

During the 18th century, Abraham-Louis Perrelet invented the first self-winding watch, establishing the history of kinetic watch movements. This watch was powered by a mechanism that utilized the natural movement of the wearer's wrist to wind the mainspring.

In the early 20th century, several companies began experimenting with self-winding watch mechanisms. Still, it was in the 1960s that Seiko introduced the first commercially successful automatic movement. This movement, known as the Seiko 6217, improved over earlier designs and quickly gained popularity.

The principle behind a kinetic watch movement is relatively simple: it uses the natural motion of the wearer's wrist to power a rotor that winds the watch's mainspring. As the rotor spins, it turns a series of gears that ultimately wind the mainspring, storing energy used to power the watch.

In addition to the Seiko 6217, there have been many other notable kinetic watch movements. In 1977, Seiko introduced the 7C43, which featured a unique bi-directional rotor that could wind the mainspring regardless of the direction of wrist movement. This design was later improved upon with the introduction of the 7S26 movement, which became the basis for many popular Seiko watches.

Kinetic watches combine the self-winding mechanism of an automatic watch with the accuracy of quartz movement. They use a rotor to wind the watch's mainspring, but instead of using a traditional mechanical system, they charge a capacitor that powers the watch's movement. Kinetic watches do not require battery replacement, making them more convenient than quartz watches and less expensive than tourbillon watches.

Today, kinetic watch movements are widely used and found in watches from various manufacturers. With them, you do not need to wind your watch manually or use batteries to keep it wound.

Solar Movement

Solar-powered watches, also known as solar watches, are a type of watch powered by solar energy. The history of solar-powered watches can be traced back to the 1970s when several watchmakers developed prototypes. However, it wasn't until the 1980s that solar watches began to be produced in significant quantities.

One of the early pioneers of solar watch technology was the Japanese watchmaker Seiko. In 1977, Seiko introduced the Solar 250, the first commercially available solar-powered watch. The Solar 250 featured a small solar panel on the watch face, which converted light into electrical energy to power the watch.

Over the years, solar watch technology has continued to evolve and improve. Today, solar watches can store energy for extended periods, and they can be charged using various light sources, including sunlight, fluorescent light, and even artificial light.

One of the key advantages of solar watches is their eco-friendliness. They don't require batteries, which can harm the environment when disposed of improperly. Additionally, they are low-maintenance and don't need to be serviced as frequently as traditional watches.

Solar watches have become increasingly popular in recent years and are now available in various styles and designs from watchmakers. They are particularly well-suited for outdoor activities, as they can be charged using natural light sources while on the go.

A solar movement watch is a type of watch that uses solar power to keep the watch running. Solar movement watches are a type of quartz watch, which means they use a battery-powered oscillator to save time. However, instead of relying on a traditional battery, they use a solar cell to convert light into electrical energy to power the watch.

The solar cell is typically located beneath the watch face and is made of a particular semiconductor material that absorbs light energy. When light strikes the solar cell, it creates an electron flow, generating an electrical current. This current is then stored in a rechargeable battery, which powers the watch's movement.

Solar movement watches are highly accurate and reliable and do not require frequent battery replacement, making them more environmentally friendly and convenient than traditional battery-powered watches. Solar movement watches are often designed with energy-saving features such as power-saving modes, low-battery indicators, and automatic time adjustment to conserve energy and extend the battery's life.

Digital watch movement

George H. Thiessen invented the first digital clock in the 1960s, starting the history of digital watch movements. Digital watches were first popularized in the 1970s, however.

In 1970, a company called Hamilton Watch Company introduced the first digital watch, called the Pulsar. The Pulsar had a red LED display and was powered by a battery. It was expensive and considered a luxury item at the time, costing around $2,100, equivalent to over $14,000 in today's money.

Other companies soon followed suit and began producing their digital watches. In 1972, a company called Seiko introduced the first LCD (liquid crystal display) digital watch. LCDs were cheaper to produce than LED displays and soon became the standard for digital watches.

Throughout the 1970s and 1980s, digital watches became more affordable luxury watches for men and widespread dramatically. They were favored for their accuracy, ease of use, and futuristic appearance. Digital watches also introduced new features, such as alarms, timers, and clocks, which made them valuable tools for athletes and people with active lifestyles.

Today, digital watches continue to be popular, offering advanced features such as GPS tracking, heart rate monitoring, and smartphone connectivity. Despite the rise of smartwatches and other wearable technology, digital watches remain popular for those who value accuracy, convenience, and practicality.

Final Thoughts

Choosing the proper watch movement depends on your personal preferences and requirements. If you want a watch that is convenient to use and requires minimal maintenance, an automatic or quartz movement watch would be a good choice. A manual watch would be a good choice if you appreciate the traditional craftsmanship of watches and don't mind the daily winding routine. 

A solar or kinetic watch will be a good choice if you want an accurate and eco-friendly option. Finally, a tourbillon watch would be the ultimate choice if you are a watch enthusiast and appreciate the complexity and rarity of watches.


1. What is the difference between a manual and an automatic watch? 

An automatic watch uses the natural motion of the wearer's wrist to wind its mainspring, as opposed to a manual watch, which requires the wearer to wind it manually. This means mechanical watches do not require frequent winding, while manual watches must be wound daily to keep them running.

2. What is the most accurate type of watch movement? 

The quartz movement is the most precise type of watch movement, as it uses a battery-powered oscillator to keep the watch running. Quartz watches can save time accurately to within a few seconds per month, which is much more accurate than most other types of watches.

3. What is a tourbillon watch?

A tourbillon watch is a type of mechanical watch movement that includes a rotating cage containing the watch's escapement and balance wheel. The rotating cage compensates for the effects of gravity, which can cause inaccuracies in the timekeeping of a watch. Watch enthusiasts highly prize tourbillon watches due to their complexity and rarity.

4. What is the advantage of a kinetic watch over an automatic watch? 

A kinetic watch combines the self-winding feature of an automatic watch with the accuracy of quartz movement. It uses a rotor to wind the watch's mainspring, but instead of using a traditional mechanical system, it charges a capacitor that powers the watch's movement. Kinetic watches do not require battery replacement, making them more convenient than quartz watches and less expensive than tourbillon watches.

5. What is the difference between a mechanical and a quartz watch? 

A mechanical watch uses a complex system of gears, springs, and levers to keep the watch running, while a quartz watch uses a battery-powered oscillator. Mechanical watches are generally considered more traditional and are preferred by watch enthusiasts who appreciate the craftsmanship and design of classic watches. In contrast, quartz watches are more accurate and require less maintenance.