Flyback Chronograph

Definition

The Flyback chronograph is a specialized type of chronograph that allows the user to instantly restart the time measurement with a single touch, without the need to stop, reset, and restart the chronograph function. This is achieved through a complex mechanism that uncouples and restarts the chronograph without interrupting the movement of the watch.

Origin

The term “Flyback” comes from English, literally meaning “flying back”. This mechanism was initially developed for pilots in the 1930s, allowing them to make quick and sequential calculations without losing time between measurements. This feature was vital, especially in navigation and aerial maneuvers.

Use

Flyback chronographs are commonly found in high-quality watches, especially those designed for aviation and motor sports. The functionality is valued for its efficiency and precision, making it a desirable feature for professionals and enthusiasts who require quick and consecutive time measurements.

Examples

  • The Blancpain Fifty Fathoms Flyback is an example of a Flyback chronograph used in diving.
  • The Breguet Type XX includes this function, highlighting its heritage in aviation.

Synonyms

There are no direct synonyms, but terms like “instant return” or “quick reset” can be used to describe its functionality.

Related Terms

  • Chronograph“: the basic time measurement function that the Flyback modifies.
  • “Split-Seconds Chronograph” or “Rattrapante”: another specialized type of chronograph that allows for multiple interval measurements.

Tips

When examining a Flyback chronograph, observe the smoothness and speed with which the chronograph hand returns to the starting point.
Due to its complexity, watches with this function usually require specialized maintenance and care.

Fun Facts

The Flyback mechanism is an example of innovation born out of practical necessity, demonstrating how aviation influenced watch design.
Watches with this function are often more expensive due to the additional complexity of the mechanism.