Category: Watch Movements
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Watch Movements: How a Watch Keeps Time
How mechanical, automatic and quartz movements actually keep time, what a chronometer certification proves, and which one suits the way you wear a watch.
- 01 How Does Sweeping Seconds Movement Work: Explained A sweep is an illusion made of small steps, and the step size is the beat rate. How to read it, which movements fake it, and which one does not.
- 02 How Does Spring Drive Movement Work: Explained A mainspring for power, a quartz crystal for the reference and a brake instead of an escapement. The only common movement with no tick at all.
- 03 How Does Solar Quartz Movement Work: Explained Light through the dial, charge into a rechargeable cell, and a quartz circuit that spends it. What the light budget really looks like, and what ages.
- 04 How Does Quartz Watch Movement Work: Explained A crystal vibrating 32,768 times a second, halved fifteen times to land on one pulse. Why that number, and why quartz beats mechanical by a hundredfold.
- 05 How Does Meca Quartz Movement Work: Explained Quartz keeps the time and a mechanical module runs the stopwatch. Why that split exists, what it feels like to use, and where it beats both parents.
- 06 How Does Manual Wind Movement Work: Explained Manual wind and hand-wound are the same thing. What the crown is doing in each position, how to wind properly, and why the movement still exists.
- 07 How Does Kinetic Watch Movement Work: Explained A rotor that generates electricity rather than winding a spring, stored in a capacitor and spent by a quartz circuit. What it is, and what it is not.
- 08 How Does High Beat Movement Work: Explained Beat rate is how often the balance swings, and raising it buys stability at a cost in wear. What the numbers mean and what they change on the wrist.
- 09 How Does Hand-Wound Watch Work: Explained A flat spring, four wheels and an escapement that lets the whole thing go one tooth at a time. The mechanism, in the order the energy travels through it.
- 10 How Does Automatic Watch Movement Work: Explained A rotor, a mainspring and an escapement, in that order. What each part does, why the watch stops on a desk, and what the rotor does not change.