Description
A white dial and a Lucent Steel™ case are the key attributes of a timepiece that is more understated and distinguished than ever. The understated elegance of the new L.U.C XPS is based on the L.U.C collection’s characteristic meticulous finishing and sense of detail, resulting in a stylish and accurate timekeeping accessory. Discreet and elegant in both its design and its size, this ultra-thin model is COSC certified. Beneath the simple white dial beats a mechanical automatic caliber with a frequency of 28,800 vibrations per hour and a 58-hours power reserve, a guarantee of precision and reliability.
Specifications
Case & Dial
- METAL
-
stainless steel
- CASE DIAMETER
-
40
- THICKNESS
-
7.20 mm
- DIAL
-
in white - lacquered and grained finish - rhodium-plated Arabic numerals and hour markers
- WATER-RESISTANT
-
30 metres
- CASE-BACK
-
see-through sapphire crystal
Movement
- MOVEMENT
-
L.U.C 96.50-L
- TYPE OF WINDING
-
self-winding mechanical movement
- FUNCTION
-
hours and minutes,
small seconds,
date
- POWER RESERVE
-
Power Reserve of approximately 58 hours
- CERTIFICATION(S)
-
Certified chronometer (COSC)
- FREQUENCY
-
4 Hz (28,800 vibrations per hour)
- DECORATION ON MOVEMENT
-
bridges adorned with Côtes de Genève, circular-grained mainplate
- BALANCE SPRING
-
flat
- BALANCE WHEEL
-
with four spokes, micro-regulator with screws
- MOVEMENT DIMENSIONS
-
Ø 27.40 mm
- MOVEMENT THICKNESS
-
3.30 mm
- NUMBER OF MOVEMENT PARTS
-
194
- JEWELS
-
27
Strap & Buckle
- BUCKLE TYPE
-
pin buckle
- BUCKLE MATERIAL
-
stainless steel
- STRAP
-
black alligator leather strap (matt square plate) with hand sewn matching tones , lining: alligator brown
Movement
Entirely developed, produced and assembled in the Chopard High Watchmaking workshops and a COSC-certified chronometer, the self-winding mechanical L.U.C 96.50-L movement beats to a frequency of 28,800 vibrations per hour (4Hz) and possesses a power reserve of 58 hours thanks to Twin technology, a system invented by Chopard combining two coaxial barrels, a particularly remarkable technical achievement in view of the extreme slenderness of the movement at just 3.3 mm of thickness.