Pushing the limits
of mechanical innovation
Pushing limits in watchmaking is not merely about adding functions, it is about redefining architecture. In 2026, Vacheron Constantin explores complexity through three dimensions: finesse, transparency and absolute mechanical scale.
New Utra-thin manufacture
calibre 2550
With the introduction of the new self-winding ultra-thin movement Calibre 2550, Vacheron Constantin redefines the balance between slenderness and performance. This self-winding movement achieves an impressive 80-hour power reserve within just 2.4 millimeters thickness, an achievement where refinement and robustness coexist in perfect equilibrium.
Seven years of research and development, aimed at enhancing performance, led to the design of an innovative architecture combining a micro-rotor, a suspended double barrel and a compact single-level gear train. Calibre 2550 makes its debut in a new watch crafted in 950 platinum and measuring 39.5 mm in diameter: the Overseas Self-Winding Ultra-Thin.
Les Cabinotiers Minute
Repeater Tourbillon Skeleton
Mechanical complexity
laid bare
Calibre 2755 is one of Vacheron Constantin’s emblematic movements. Designed to accommodate the noblest complications of Haute Horlogerie, it integrates a tourbillon regulator and a minute repeater mechanism. True to its spirit of innovation, the Maison now presents a skeletonised version of this movement, an achievement that required one full year of development.
Light, depth and mastery
The skeletonised Calibre 2755 TMR SQ is enhanced by nine meticulous finishing that underscores its complexity. Compared to a traditional calibre, this stage requires four times more time due to the minute size of the movement’s 471 components, housed within a thickness of just 6.1 mm.
To accentuate the depth effect, components are distinguished by their tones. In addition to brass and steel parts, anthracite-treated components further enhance contrast.
At the edge of possibility
Where mechanical knowledge becomes monumental
La Quête du Temps
Created as a monumental astronomical automaton, La Quête du Temps extends the exploration of complexity beyond the wrist. Uniting thousands of components, musical choreography and Métiers d’Art, it transforms mechanical mastery into a theatrical expression of time itself.
Solaria Ultra Grande
Complication La Première
The most complicated wristwatch ever made features 41 complications, 5 rare astronomical functions and an innovative Westminster minute-repeater. This unique watch with 1,521 components crowns eight years of research and development, including 13 patent applications filed.
Reference 57260
With 57 complications and eight years of development, the Reference 57260 marked a defining moment in contemporary watchmaking. Introducing unprecedented calendar systems and a new chronograph architecture, it demonstrated that complexity, when mastered, becomes a coherent mechanical universe.
The Berkley Grand Complication
Surpassing its predecessor with 63 complications, The Berkley Grand Complication integrates astronomical indications and the first perpetual Chinese calendar ever realised mechanically. More than a record, it embodies intellectual endurance and the relentless pursuit of horological knowledge.
