L.U.C Perpetual Twin
Shortlisted
- Category
- Calendar and Astronomy
- Case
- 18-carat ethical rose gold
- Movement
- Self-winding mechanical Power reserve: 65 h, 28800 vph
- Functions
- Hours, Minutes, Seconds, Date, Day, Month, Perpetual calendar
- Size
- ø 43.00 mm
- Thickness
- 11.47 mm
- Water resistance
- 30 m
- Reference
- 161976-5003
- Price
- 49,800 CHF
Description
L.U.C Perpetual Twin
The true sophistication of Chopard’s perpetual calendar for the modern gentleman
A perpetual calendar, with its union of the practical and the poetic, is the ultimate expression of elegance and sophistication for the modern gentleman. This year Chopard is presenting its celebrated perpetual calendar, the chronometer-certified L.U.C Perpetual Twin, in two stand-out versions in rose gold and stainless steel that offer gentleman connoisseurs a new expression of artful style and horological finesse.
Designed for life
Launched in 2016 on the 20th anniversary of Chopard Manufacture, the L.U.C Perpetual Twin is recognised for its combination of purist-pleasing Haute Horlogerie and the practicality of an automatic steel wristwatch designed to be worn every day. Indeed, it remains the only chronometer-certified perpetual calendar in stainless steel currently on the market, a reflection of Chopard’s absolute commitment to superior quality in every watch it makes.
Chopard now presents this modern timepiece for the first time in 18-carat rose gold, with a subtle grey dial.
Technical mastery: a perpetual calendar chronometer
Visible beneath a sapphire crystal caseback, the movement powering the L.U.C Perpetual Twin, mechanical automatic calibre L.U.C 96.22-L, is a work of true technical and artisanal mastery. Hand-made by Chopard’s skilled watchmakers, it exhibits the finest traditions of hand-finishing, and has been certified as a chronometer by the experts of Contrôle Officiel Suisse des Chronomètres (COSC) – a rare distinction for perpetual calendar watches, and one that guarantees utmost precision and reliability.
Supplied by the brand to the GPHG for its entry.