L.U.C Qualité Fleurier

18-karat rose gold

NEW | LIMITED EDITION

Sophistication and quality are the keynotes of the L.U.C Qualité Fleurier in 18-karat rose gold. This exclusive chronometer-certified manufacture timepiece expresses the passion and innovation of Chopard and bears the prestigious Fleurier Quality Foundation label. One of the most demanding watchmaking certifications, it guarantees... precision, reliability, durability and a high-quality aesthetic finish.
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Ref. Number:
161896-5002

Specifications

INDICATION(S):
hours and minutes, small seconds
CERTIFICATION(S):
Fleurier Quality Foundation certificate, Chronometer certificate issued by the COSC
LIMITED EDITION:
300
MOVEMENT:
L.U.C 96.09-L
TYPE OF WINDING:
self-winding mechanical movement
MOVEMENT DIMENSIONS:
Ø 27.40 mm
MOVEMENT THICKNESS:
3.30 mm
POWER RESERVE:
65 hours, L.U.C Twin Technology (two stacked barrels)
FREQUENCY:
4 Hz (28,800 vibrations per hour)
OSCILLATING WEIGHT:
22-carat gold
BALANCE WHEEL:
with three spokes
BALANCE SPRING:
flat
DECORATIONS ON MOVEMENT:
bridges adorned with Côtes de Genève, circular-grained mainplate
JEWELS:
29
NUMBER OF MOVEMENT PARTS:
172
MATERIAL:
18-karat rose gold
CASE DIMENSION(S):
Ø 39.00 mm
CASE THICKNESS:
8.92 mm
DIAL:
sunray satin-brushed silver dial with luminescent hands and indexes
FRONT GLASS:
glareproofed scratch-resistant sapphire crystal
CASE-BACK:
see-through sapphire crystal
CROWN MATERIAL:
18-karat rose gold
WATER-RESISTANCE:
30 meters
STRAP:
brown alligator leather strap (matt square plate) with hand sewn matching tones
BUCKLE MATERIAL:
18-karat rose gold
BUCKLE TYPE:
pin buckle
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$19,280
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Chopard Watch L.U.C Qualité Fleurier 18-karat rose gold

Movement

Bearing the Fleurier Quality Foundation hallmark and chronometer-certified by the COSC, the mechanical self-winding L.U.C Caliber 96.09-L beating at a frequency of 28,800 vibrations per hour (4Hz), boasts a 65-hour power reserve thanks to the Twin® technology, a Chopard-patented system combining two coaxial barrels and representing a truly remarkable technical feat in light of the extreme slenderness of the 3.3 mm-thick movement.
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