A mechanical watch runs without batteries, circuits, or electricity. Its power source is a coiled strip of steel called a mainspring. Wind the crown, and you tighten that spring. As it unwinds, it releases energy through a gear train that reaches the balance wheel — a small weighted wheel swinging back and forth roughly 28,800 times an hour, controlled by a hairspring thinner than a human hair.

Between the gear train and balance wheel sits the escapement — a gatekeeper that releases one tooth of the escape wheel per swing, letting the hands advance by a tiny, measured amount. The ticking you hear is the escapement locking and unlocking, hundreds of times a minute.

No software governs this. No chip. No firmware update. It's geometry, spring tension, and friction — calibrated by hand to keep time within a few seconds a day. A standard movement manages this with around 130 components. A complicated one can have over 600.

The way a mechanical watch looks is a direct consequence of what's inside it. The thickness of the case is determined by the height of the movement. The placement of subdials on a chronograph follows the position of the counting wheels beneath. A power reserve indicator exists because the mainspring actually runs down and the display is tracking real, physical energy. Nothing on the dial is decorative by default — it started as information.

This relationship between form and function produces a visual language that quartz and digital watches don't share. Sunburst dials, guilloché patterns, enamel work, applied indices — these are finishing techniques developed to complement mechanical architecture, not to disguise commodity electronics. Even at the affordable end, a mechanical dial tends to have more depth and texture than a printed quartz dial at the same price.

At the higher end, the movement itself becomes part of the design. Exhibition casebacks reveal hand-finished components: bevelled edges, polished screw heads, Geneva stripes, blued steel. These decorations serve no functional purpose. They exist because the people who make these movements believe the inside should be as considered as the outside.

At every price point, the movement was put together manually by a human. At the entry level, this involves trained technicians working with standardised movements. At the top end, a single watchmaker may spend weeks on one movement, finishing components by hand under magnification.

This matters because it's increasingly unusual. Most products we buy are assembled by machines, tested by machines, and packaged by machines. A mechanical watch is one of the few consumer objects where human skill is not just part of the process but the point of it. The precision required; such as tolerances measured in microns, hairsprings thinner than human hair can be assisted by technology but not fully automated. Not yet, and possibly not ever for the highest grades of finishing.

When you pick up a mechanical watch, you're holding the output of someone's trained hands. That's not an abstraction. It's the reason two watches with identical specifications from different manufacturers can feel completely different on the wrist.

Mechanical timekeeping is roughly 700 years old. For five centuries after the first spring-driven portable clocks appeared in Europe, the mechanical movement was the only reliable way to measure time outside of a clock tower.

Then, in December 1969, Seiko released the Astron — the world's first quartz wristwatch. A tiny crystal vibrating 32,768 times per second kept time to within seconds per month. Cheaper to produce, required almost no skill to assemble, and outperformed the finest Swiss movements by an embarrassing margin.

What followed nearly destroyed the industry. Between 1970 and 1988, Swiss watchmaking employment dropped from 90,000 to 28,000. Manufacturers fell from 1,600 to 600. Brands vanished. At Zenith, a watchmaker named Charles Vermot secretly hid the tooling and blueprints for the El Primero calibre in an attic — against direct orders to destroy them. That act of defiance saved one of the most important chronograph movements ever made.

Mechanical watchmaking survived not because it won on technology. Quartz won that decades ago. It survived because enough people decided accuracy was not the only thing that mattered.

A mechanical watch, serviced every five to seven years, can run for generations. The movement inside a vintage Omega from the 1960s uses the same calibre architecture as one made today. Parts can be fabricated. Springs can be replaced. The knowledge to service these watches has been passed down through apprenticeships for centuries.

There's also the matter of what it feels like to use. The second hand on a quartz watch ticks once per second - a single jump. On a mechanical, it sweeps. That smooth motion comes from the balance wheel oscillating multiple times per second, and it's visible proof that something is running inside the case. Wind it, and it runs. Stop wearing it, and it stops. A machine that asks for your participation to function.

Early Foundations (Pre-1950s)

The earliest wristwatches were built with simplicity and purpose in mind. Cases were smaller, dials were clean and highly legible, and materials were chosen for durability over flair. Design was driven by function—these watches were tools first, worn daily and built to last.

The Golden Age (1950s-1960s)

As watchmaking matured, design became more refined and expressive. Cases grew slightly larger with improved proportions. This era saw the rise of dress watches, elegant dials, and balanced layouts—many of which still influence watch design today.

Bold Experimentation (1970s-1980s)

Watch design took a dramatic turn around this time. Cases became larger and more angular, with integrated bracelets and unconventional shapes. Dials grew bolder, often featuring new colours and textures. It was a period of experimentation, where design pushed beyond tradition and embraced individuality.

Modern Revival (1990s-2000s)

Following a period of change, mechanical watch design returned with a renewed focus on heritage. Brands revisited classic designs, refining them with modern manufacturing. The result was a blend of vintage inspiration and contemporary reliability—familiar, but improved.

Contemporary Design (2010s-Present)

Today, mechanical watch design draws from every era that came before it. Some watches stay true to vintage aesthetics, while others explore modern minimalism or technical expression. There is no single direction—only a wide range of interpretations, all rooted in the same mechanical foundation.

India has its own place in this story, and it starts with Jawaharlal Nehru.

In 1961, the government set up a watch manufacturing unit inside Hindustan Machine Tools (HMT) in Bangalore, in collaboration with Citizen of Japan. The first batch of hand-wound watches was released by Nehru himself. The most famous model was the Janata — "the people's watch." Simple, robust, serviceable by any local watchmaker, priced for everyone. Over the decades, HMT sold over 100 million watches. The Janata became a retirement gift, a board exam reward, a first-salary marker. The Pilot, with its aviation-inspired dial, became the one you bought for yourself.

HMT couldn't survive liberalisation and the quartz revolution — the watch division shut down in 2016. But the watches didn't disappear. Today, vintage HMTs are a thriving collector's market. A well-preserved Janata sells for Rs 2,000–5,000. A rare Pilot with its original dial can go for significantly more. Affordable, wearable pieces of Indian industrial history — and for many collectors, the best entry point into mechanical watches.

Some people come through engineering; some through style; some through nostalgia; and some come to it by accident - they see a seconds hand sweep, feel the resistance of a crown being wound, or someone opens a caseback and shows them a movement in action.

The market reflects this breadth. Valued at roughly $62 billion globally in 2024, projected to reach $97 billion by 2034. In India, Swiss watch exports grew 25% in 2025. The buyer base is getting younger, more informed, and increasingly interested in how these watches work — not just how they look.

Beyond the watches themselves, TRC is a community. We organise regular watch meetups that bring together collectors at every level - from people who just bought their first piece to seasoned enthusiasts with decades of collecting behind them. We hosted India's first Seiko club meetup, a milestone that reflects both our commitment to the hobby and the growing depth of the watch community in this country.

We also have a physical store. You can come in and try the watches. Take your time, ask questions, and experience the timepiece yourself.

Mechanical watches are less accurate than quartz. A certified chronometer deviates by -4 to +6 seconds a day. Most owners adjust the crown once a week and never think about it again.

They benefit from servicing every five to seven years — a watchmaker cleans, oils, and regulates the movement. A well-maintained mechanical watch will comfortably outlast its owner.

There are two types: hand-wound (you turn the crown daily) and automatic (a weighted rotor winds the mainspring using your wrist movement). Both are mechanical. Automatics are more convenient; hand-wound watches are thinner and, for some, more satisfying to use.

Price ranges are enormous. A Seiko 5, an Orient, or HMTs are easily available for under Rs 15,000; whereas a Patek Philippe or Audemars Piguet will cost more than a house in some cities. The principles are the same. What changes is finishing, materials, complexity, and the name on the dial.

A mechanical watch is one of the few objects in daily life that is completely analogue. It doesn't ping you. It doesn't track you. It doesn't update overnight and become a different product. It does one thing — measure time — using methods refined over centuries by people who cared about getting it right.

Spend a few weeks wearing one, and the ritual of winding, the sweep of the hand, the weight on your wrist — these start to matter in a way that's hard to explain to someone who hasn't tried it.

The best way to understand a mechanical watch is to wear one.

Explore our Vintage Watches collection at the link below