THE ART OF MANUFACTURE

Close-up view, from below, of the Alpine Eagle's movement

8HF Watch
XL Watch
Large Watch
Small Watch

CHOPARD

01.12-C

Mechanical movement with automatic winding

210 Number of components

28.80 mm Diameter

28 Number of jewels

4.95 mm Thickness

57’600 vph (8 Hz) Frequency

60 hours Power reserve

Certified chronometer (COSC)

Stop-second function

CHOPARD

03.05-C

Self-winding mechanical movement

310 Number of components

28.80 mm Diameter

45 Number of jewels

7.60 mm Thickness

28,800 vph (4 Hz) Frequency

60 hours Power reserve

Certified chronometer (COSC)

Flyback, stop-second, integrated column wheel construction

CHOPARD

01.01-C

Self-winding mechanical movement

Sketch of Chopard's in-house movement equiped by the Alpine Eagle watches.

207 Number of components

28.80 mm Diameter

31 Number of jewels

4.95 mm Thickness

28,800 vph (4 Hz) Frequency

60 hours Power reserve

Certified chronometer (COSC)

CHOPARD

09.01-C

147 Number of components

20.40 mm Diameter

27 Number of jewels

3.65 mm Thickness

25,200 vph (3.5 Hz) Frequency

42 hours Power reserve

Certified chronometer (COSC)

The Alpine Eagle collection features four automatic movements, all developed exclusively in Chopard's watchmaking workshops and chronometer-certified by the Swiss Official Chronometer Testing Institute - a rarity amongst watches in this category.

Close-up view of the engraved inscriptions on Chopard's in-house movements.

Close-up view of some components of Chopard's in-house movements.

Expertise driven by passion. Chopard Artisans of Emotions are masters of their craft, and their expertise shines through in every brilliant detail.

The making of the bracelet

Close-up view of a Chopard employee's fingers as he works on a watch bracelet.

Close-up view of a bracelet being put together.

Crafted in Chopard Lucent Steel A223 and/or 18-carat ethical gold or titanium by the hands of our master artisans, the Alpine Eagle's bracelet is an exquisite and meticulously conceived combination of form and function.