Girard-Perregaux: the architectural tourbillon

The Neo Tourbillon with Three Bridges Skeleton is a natural extension of several Girard-Perregaux fundamentals. The first is the 1884 patent, the underlying principle of the Three Gold Bridges architecture and the unique signature of Girard-Perregaux Fine Watchmaking. The second is the skeleton working of this type of movement, which Girard-Perregaux revived from 1995 onwards. The third was the 2014 birth of the Neo Tourbillon with Three Bridges. The convergence of these three pillars of the Girard-Perregaux has resulted in the Neo Tourbillon with Three Bridges Skeleton.

SURROUNDING WALLS

The timepiece as a 45mm-diameter case. Its ample curves and large glazed areas are reminiscent of a panoramic observation platform from which to admire a watchmaking monument, given that architectural references are legion at Girard-Perregaux. Dominated by sapphire rather than titanium, the case is built so as to maximize the view of the movement, itself based on the principle of transparency. The dialside crystal is of the glass box type, steeply cambered and convex. This technical and visual element reveals the structure, the internal network of reinforcements that give strength and shape to a building – its ‘skeleton’.

TENSION

In Caliber GP 09400-0011, the skeleton working virtually eliminates the baseplate. As if the ground had vanished beneath its feet, the movement finds itself suspended between two layers of air. The bridges contribute to the overall transparency of the caliber. They are made of titanium, sandblasted and then blackened by a PVD process. Their 3D shape is so complex, composed of interior angles, arches, extensions and overhangs, that their machining is a watchmaking feat in itself. The result is a free, sensual, taut and powerful shape. The supple, light and spectacular Neo Tourbillon with Three Bridges Skeleton is an eloquent contemporary expression of Girard-Perregaux’ structural and technical mastery.

Journaliste expert en horlogerie et correspondant régulier de WorldTempus, David alimente notre rubrique technique.

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