Classique Tourbillon 3358
3358BB/8D/986 D0
Classique Tourbillon 3358
3358BR/8D/986 D0
Classique Tourbillon 3358
3358BB/VD/986 D0
Classique Tourbillon 3358
3358BB/2Y/986 DD0D
Classique Tourbillon 3358
3358BB/2P/986 DD0D
Classique Tourbillon 3358
3358BB/52/986 DD00
- Movement 187D
- Diameter 35 mm
- Shape Round
- Material 18K white gold
- Number of components 187
- Winding Manual
- Movement 187D
- Diameter 35 mm
- Shape Round
- Material 18K rose gold
- Number of components 187
- Winding Manual
- Movement 187D
- Diameter 35 mm
- Shape Round
- Material 18K white gold
- Number of components 187
- Winding Manual
- Movement 558.1
- Diameter 35 mm
- Shape Round
- Material 18K white gold
- Number of components 196
- Winding Manual
- Movement 558.1
- Diameter 35 mm
- Shape Round
- Material 18K white gold
- Number of components 196
- Winding Manual
- Movement 558.1
- Diameter 35 mm
- Shape Round
- Material 18K white gold
- Number of components 196
- Winding Manual
This 35mm model features a double display: an hours chapter at 12 o'clock and a tourbillon at 6 o'clock.
Mother-of-pearl and diamonds surround the Tourbillon housed in a large curved oval opening. The rose gold version displays the time on a natural white mother-of-pearl hours chapter, with diamonds set in the middle using the "snow-setting" technique. On the white gold model, the stars scattered over a pearled and varnished mother-of-pearl dial in midnight blue recall a starry sky. The tourbillon shaft, meanwhile, evokes a shooting star made up of snow-set diamonds.
Timepiece Architecture
Movement 187D
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Balance wheel
A vis
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Power reserve
50 hours
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Thickness
4.8 mm
-
Frequency
2.5 Hz
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Width
30 mm
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Number of components
187
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Winding
Manual
-
Balance spring
Steel Breguet balance spring
Invented by Abraham-Louis Breguet in 1801, the tourbillon is designed to compensate for the effects of gravity on the regulating organ. By placing the escapement and the balance wheel in a mobile cage, it remains one of the House’s most emblematic complications.
Bevelling consists in chamfering and then polishing the edges of the movement components. This finish highlights the contours of the parts, catches the light and reveals the precision of the work devoted to the smallest details.
The frosted effect creates a matte and finely textured surface, animated by subtle irregular reliefs. This finish brings depth and contrast, with a mineral appearance that catches the light without excessive shine.
Perlage consists in applying small regular overlapping circles to the movement components. This decorative finish creates a luminous texture and highlights the care devoted to surfaces that are usually only scarcely visible.
Mirror polishing consists in working the surface until a perfectly smooth and brilliant reflection is obtained. This finish requires great regularity in order to reveal the material without distorting the angles or volumes of the component.
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