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That Abraham-Louis Breguet sold just 35 tourbillon watches in his lifetime gives some idea of the extreme complexity of this mechanism. Introduced in 2013 and returning this year as a skeletonised version, the Classique Tourbillon Extra-Thin Automatic 5377 celebrates this legacy.
Specially created in 1939 for two Portuguese wholesalers, its classical lines and multiple complications have earned it iconic status. We look back at the story of a giant among watches.
Of all the inventions that have helped improve the precision of mechanical watches, none is more important, or less well-documented, than the development of the regulating organ. To help bridge that gap, we retrace the history of escapements from the earliest devices to the very latest silicon regulators. Part ten: magnetic escapements.
Of all the inventions that have helped improve the precision of mechanical watches, none is more important, or less well-documented, than the development of the regulating organ. To help bridge that gap, we retrace the history of escapements from the earliest devices to the very latest silicon regulators. Part nine: silicon escapements.
In 1969 TAG Heuer launched the first ever automatic chronograph in a water-resistant square case. Half a century later, the Monaco is still in the race. Two of five anniversary models have been revealed, at the Monaco Grand Prix and the 24 Hours of Le Mans.
Of all the inventions that have helped improve the precision of mechanical watches, none is more important, or less well-documented, than the development of the regulating organ. To help bridge that gap, we retrace the history of escapements from the earliest devices to the very latest silicon regulators. Part eight: dual impulse and pivoted detent escapements.
Vacheron Constantin looked to two 1950s designs to launch the Patrimony in 2004. Functional and classic, it takes a minimalist approach. The latest addition to the collection is the Patrimony perpetual calendar ultra-thin with blue dial.
Of all the inventions that have helped improve the precision of mechanical watches, none is more important, or less well-documented, than the development of the regulating organ. To help bridge that gap, we retrace the history of escapements from the earliest devices to the very latest silicon regulators. Part seven: high-frequency mechanical escapements and the co-axial escapement.
