The first guide covered the five watches every man should own. This one goes deeper.
Because the man who buys his first serious watch eventually wants to understand what he is wearing. Not just what it looks like or what it costs. What is happening inside it. Why certain watches cost what they cost. What separates a $500 watch from a $5,000 watch from a $50,000 watch beyond the obvious answers.
The answer is the movement. And understanding it changes everything about how you experience a watch.
What a Movement Actually Is
The movement — also called the caliber — is the engine of the watch. It is the mechanism that measures time, powers the display, and in complicated watches performs additional functions. It lives inside the case, invisible in most watches unless you turn them over and look through the caseback.
A mechanical movement contains hundreds of individual components. In a high end Swiss movement some of those components are measured in microns. Each one is finished by hand. Each one interacts with the others in a system of extraordinary precision that runs entirely on the energy stored in a wound spring.
This is what you are paying for when you buy a serious watch. Not the name on the dial. The engineering and craftsmanship inside the case.
The Three Types of Movements
Mechanical — Manual Wind
The original. You wind the watch by rotating the crown — the small knob on the side of the case — which tensions the mainspring. The release of that tension powers the movement through a series of gears and levers until it reaches the escapement — the component that regulates the release of energy and produces the characteristic ticking sound.
A fully wound manual movement typically runs for 40-70 hours depending on the caliber and its power reserve.
Manual wind movements connect the wearer to the watch in a way that automatic and quartz movements do not. The daily ritual of winding — feeling the crown turn, feeling the tension build, setting the hands — makes you aware of the object in a way that wearing it passively does not.
Who wears manual wind: The watch enthusiast who wants the purest mechanical experience. The man who appreciates ritual. The collector who owns multiple watches and rotates them.
Mechanical — Automatic
An automatic movement winds itself using the natural motion of the wearer’s wrist. A rotor — a weighted half-circle of metal — rotates freely inside the movement. As the wrist moves throughout the day the rotor spins and winds the mainspring through a series of gears.
A watch worn daily stays wound indefinitely. A watch left unworn for several days will stop and require manual winding or a watch winder to restart.
Automatic movements are the most common type found in serious dress and sports watches. Rolex, Omega, IWC, Panerai, Breitling, and the vast majority of Swiss watch brands use automatic movements in their core collections.
The convenience of self-winding without sacrificing the mechanical experience makes automatic the most practical entry point for most men.
Quartz
A quartz movement uses a battery to send electrical impulses through a piece of quartz crystal that vibrates at exactly 32,768 times per second. Those vibrations are counted and divided to produce a signal that advances the hands once per second.
Quartz movements are extraordinarily accurate — typically within 15 seconds per month compared to several seconds per day for even fine mechanical movements. They are inexpensive to produce, require minimal maintenance, and are essentially immune to the variables — temperature, position, magnetic fields — that affect mechanical accuracy.
High end quartz — Grand Seiko’s Spring Drive, Seiko’s 9F quartz — produce accuracy approaching chronometer standards while retaining some of the visual and tactile appeal of mechanical watches.
The honest truth about quartz: it keeps better time and requires less maintenance than mechanical. The man who wears a mechanical watch knows this and wears it anyway. Because what a mechanical watch does is not simply measure time. It is a demonstration that extraordinary precision can be achieved through purely mechanical means. That is worth something to the man who understands it.
The Escapement — The Heart of the Movement
The escapement is the component that regulates the release of energy from the mainspring and produces the ticking sound. It is the most critical component in a mechanical movement and the one that defines a movement’s accuracy and character.
The Swiss lever escapement — invented in the 18th century and refined continuously since — is the standard used in the vast majority of mechanical watches today. It is reliable, accurate, and manufacturable at scale.
Alternative escapements represent some of the most interesting engineering in watchmaking:
Co-Axial escapement — Developed by George Daniels and adopted by Omega. Reduces friction in the escapement which reduces the need for lubrication which improves long-term accuracy and extends service intervals. The Omega Seamaster and Speedmaster use this escapement. It is a genuine engineering advancement.
Direct-Impulse escapement — Used in certain Grand Seiko movements. Maximum efficiency, extraordinary accuracy.
Tourbillon — Not technically a different escapement but a cage that rotates the entire escapement assembly to counteract the effects of gravity on accuracy. Invented by Breguet in 1801 when watches were primarily pocket watches worn in a vertical position where gravity affected accuracy most significantly. In a wrist watch worn in multiple positions the practical accuracy benefit is minimal. The tourbillon persists because it is extraordinarily difficult to produce, visually spectacular, and the ultimate demonstration of a watchmaker’s skill. A movement with a tourbillon is a statement of mastery regardless of its practical timekeeping benefit.
The Complications — What They Are and Why They Matter
A complication is any function of a watch beyond simple timekeeping — hours, minutes, and seconds. The word complication reflects the additional complexity required to achieve these functions within the constraints of a mechanical movement.
Date — The most common complication. Advances the date display once every 24 hours. Simple in concept. Surprisingly complex in execution at the level of precision required for a quality movement.
Day-Date — Displays both the day of the week and the date. The Rolex Day-Date — known colloquially as the President — is the most famous example and has been worn by every US president since Eisenhower.
GMT — Displays time in two time zones simultaneously. The Rolex GMT-Master was developed in collaboration with Pan American Airlines for pilots who needed to track both local time and a reference time zone. The man who travels across time zones wears a GMT.
Chronograph — A stopwatch function integrated into the watch. Pusher buttons on the side of the case start, stop, and reset the chronograph hand. The Omega Speedmaster Professional was worn on the moon. The Rolex Daytona was designed for racing drivers. The chronograph is the complication with the most history and the most cultural weight.
Perpetual Calendar — Automatically accounts for months of different lengths and leap years, displaying the correct date without manual adjustment until 2100. The engineering required to achieve this mechanically — without electronics, without programming — through a series of gears and levers is extraordinary. A perpetual calendar from Patek Philippe, IWC, or A. Lange and Sohne represents some of the highest achievements in watchmaking.
Minute Repeater — Chimes the time on demand using small hammers striking gongs inside the case. Hours chimed with a low tone, quarters with a double tone, minutes with a high tone. The most difficult complication to produce and the most expensive. The watchmaker who can build a minute repeater is among the most skilled in the world.
Power Reserve Indicator — Displays how much energy remains in the mainspring. Practical in manual wind watches where the wearer needs to know when winding is required. Beautiful in any watch as a reminder that the mechanism is alive and finite.
Moon Phase — Displays the current phase of the moon in a small aperture on the dial. No practical function for most men. Extraordinarily beautiful in execution. The complication that exists purely because the movement of the moon across the sky is worth commemorating on the wrist.
The Finishing — What Separates Good From Great
Two movements can be identical in function and differ dramatically in price based on finishing — the visual and tactile treatment of the movement’s surfaces and components.
Anglage — The beveling and polishing of component edges. In high end movements every single edge — often measured in tenths of a millimeter — is beveled by hand and polished to a mirror finish. This serves no functional purpose. It demonstrates that the watchmaker cared enough to do it anyway.
Perlage — A decorative circular graining applied to movement plates. Functional in that it retains oil. Beautiful in execution.
Geneva stripes — Parallel linear graining applied to bridges and plates. A traditional finishing technique associated with Genevan watchmaking traditions.
Blued screws — Steel screws that have been heated to a precise temperature producing a permanent blue color. Functional in that the process relieves internal stress in the metal. Visually spectacular against the silver and gold of a decorated movement.
The watch that reveals extraordinary finishing through a caseback window is telling you something about the manufacturer — that they finished the components no one will ever see with the same care as the components everyone will. That attitude produces a different kind of object than one that is merely functional.
The Brands — Where the Best Movements Live
Patek Philippe — The benchmark. Makes movements of extraordinary complexity and finishing. The perpetual calendar, minute repeater, and grand complication watches produced here represent the summit of the craft. The man who owns a Patek Philippe owns a piece of watchmaking history.
A. Lange and Sohne — German precision at its absolute apex. Their movements are finished to a standard that makes Swiss watches look casual by comparison. The Saxonia, Lange 1, and Zeitwerk are among the most beautiful mechanical objects ever produced.
F.P. Journe — Independent watchmaker. Produces movements entirely in-house. The most sought-after watches among serious collectors. Extraordinarily difficult to acquire at retail.
Rolex — The standard bearer for quality at scale. Their in-house movements — the 3235, the 4130, the 3285 — are among the most reliable and accurate in the world. The vertical clutch chronograph in the Daytona is a masterpiece of practical engineering.
Omega — The Co-Axial Master Chronometer movements are certified by METAS — the Swiss Federal Institute of Metrology — to standards that exceed COSC chronometer certification. Extraordinary accuracy and anti-magnetic resistance at a price point significantly below Rolex.
Grand Seiko — Japan’s answer to Swiss watchmaking. The Spring Drive movement — neither fully mechanical nor fully quartz but something genuinely unique — produces accuracy of plus or minus one second per day with a glide motion sweep of the seconds hand that no other movement replicates. The dials — inspired by Japanese landscapes, seasons, and natural textures — are among the most beautiful in watchmaking.
The Investment Perspective
Certain watches hold and grow in value. This is well documented and widely known. The Rolex Submariner, the Patek Philippe Nautilus, the Audemars Piguet Royal Oak — all have appreciated significantly over the past decade.
But buying a watch as an investment before buying it because you love it is backwards. The man who buys a watch he does not love because he thinks it will appreciate may be right about the appreciation and wrong about the ownership experience. The man who buys a watch he loves may also find that it appreciates and will have enjoyed it either way.
Buy what moves you. Understand what you are buying. Take care of it. Everything else follows.
The Service — The Responsibility of Ownership
A mechanical watch requires service every five to seven years. The lubricants that allow components to move against each other without wearing degrade over time. A movement running on degraded lubricants runs inaccurately and wears faster.
Service involves disassembling the movement completely, cleaning every component ultrasonically, replacing worn components, re-lubricating, reassembling, and timing the movement to specification. For a simple movement this costs $300-600. For a complicated movement significantly more.
Budget for it. It is part of owning a mechanical watch. The man who does not service his watch is not maintaining his investment. He is consuming it.
The Understanding
The man who understands his watch wears it differently than the man who does not.
He knows that the oscillating weight he can see through the caseback winds the mainspring with every movement of his wrist. He knows that the escapement he cannot see is releasing that energy 28,800 times per hour with extraordinary precision. He knows that somewhere inside that case are components finished by a craftsman who will never meet him and never know who is wearing what they made.
That knowledge does not make the watch tell better time. It makes wearing it mean something.
And in a world of disposable objects designed for obsolescence that is not a small thing.
That is the point of a great watch. That is why they matter. That is why the right one stays on your wrist for the rest of your life and then on someone else’s for the rest of theirs.
There Goes That Man. The search is over.