Complications represent the highest expression of horological engineering. Features such as chronographs, annual calendars, perpetual calendars, GMT systems, moonphase displays, and power reserve indicators involve hundreds of interacting components.
Successfully replicating these mechanisms demands a deep understanding of kinematics, gear reduction systems, lever geometry, and energy management within the movement. Every complication must operate seamlessly while maintaining reliability, accuracy, and serviceability.
The greater the complication, the greater the engineering challenge behind its recreation.
