The click spring is one of the smaller components of a mechanical watch, but it is of enormous importance. Ever wondered why the crown doesn’t retaliate furiously and unwind every time you crank it? Without the click spring, a wound mainspring would immediately – and explosively – uncoil like a raging viper in a hat box.
Marketing material for the modern mechanical watch almost always includes a description of the the movement’s frequency. You may have even sensed that the higher the frequency, the more accurate a movement gets. But is this entirely true? Find out here.
The balance wheel, the critical regulatory organ of a mechanical watch, is expected to deliver a consistent frequency with a tolerance of as little as 0.001 percent. With so much at stake, why complicate things by altering a pure and simple geometric shape? Why reinvent the wheel? Well, here are five balances that definitely did reinvent the wheel.
Why watches? Ask what makes a watch enthusiast tick and the idea of the “soul” of a watch might well feature in the response – the idea that something elevates the watch from a cold object of engineering to something of greater import. Here Ryan Schmidt tracks “soul” down and gets contemplative on its nature along with some very special imagery.
The components of a mechanical watch movement are little more than a series of springs and wheels held together by plates and/or bridges. No matter the configuration, complication or finish, the ensemble is secured by the humble movement screw. So it’s a pleasant surprise that several watchmakers have boldly ventured beyond the thread and the slot to reimagine the movement screw.
The click spring is one of the smaller components of a mechanical watch, but it is of enormous importance. Ever wondered why the crown doesn’t retaliate furiously and unwind every time you crank it? Without the click spring, a wound mainspring would immediately – and explosively – uncoil like a raging viper in a hat box.
Marketing material for the modern mechanical watch almost always includes a description of the the movement’s frequency. You may have even sensed that the higher the frequency, the more accurate a movement gets. But is this entirely true? Ryan Schmidt shares what he has learnt here.
Why watches? Ask what makes a watch enthusiast tick and the idea of the “soul” of a watch might well feature in the response – the idea that something elevates the watch from a cold object of engineering to something of greater import. Here Ryan tracks “soul” down and gets contemplative on its nature along with some very special imagery.
The balance wheel is the regulatory organ of a mechanical watch, which is expected to deliver a consistent frequency with a tolerance of as little as 0.001 percent. With so much at stake, why complicate things by altering a pure and simple geometric shape? Why reinvent the wheel? Here Ryan Schmidt presents five balances that reinvented the wheel.
The components of a mechanical watch movement are little more than a series of springs and wheels, held together by plates and/or bridges. No matter the configuration, complication, or finish, the ensemble is secured by the humble movement screw. So, it’s a pleasant surprise that several watchmakers have boldly ventured beyond the thread and the slot to reimagine the movement screw.