How watchmaker David Candaux re-engineers time at the mechanical level

David Candaux, an independent Swiss watchmaker based in Vallée de Joux, has spent over 20 years re-engineering the fundamental mechanics of watch energy transmission. Rather than focusing on adding complications, Candaux approaches watchmaking as a physics and engineering challenge, emphasizing the management of mechanical constraints and long-term coherence. He identifies key energy losses in watch movements at points of directional change, multiple gear engagements, and especially during mechanical opposition when two regulating organs share energy. To address these, he developed patented systems like the flying satellite planetary differential, which introduces an additional degree of freedom to eliminate blockages and enable smoother, more stable energy flow by guiding rather than forcing energy transmission. Candaux’s DC12 MaveriK movement exemplifies his innovative approach, employing a multi-level titanium architecture instead of the traditional plate-and-bridge layout. This three-dimensional structural design enhances rigidity, tolerance control, and mechanical stability, allowing the movement to better withstand aging and maintain coherence over time. Additionally, Candaux’s