Product Image of SBGJ271
Product Image of SBGJ271

Elegance Collection
SBGJ271

SBGJ271G

SBGJ271

Elegance Collection

USD 7,100.00

Features

A mechanical GMT showcasing a spectacular dial that interweaves nature and culture.

Japan is a place where the natural charms of the seasons are woven into the fabric of everyday life. Taking up this concept, the latest Grand Seiko Hi-Beat GMT dial expresses the beauty that can be achieved by observing the interplay between nature and culture.

Consider the lacquered floors one would find in a traditional Japanese home or a Buddhist temple and how they become a prism of the natural world around them. Soft white snow accumulating on the branches of the trees can reflect off the dark floors, causing them to shine as white snow itself. And yet the definition of floorboards remains. The inhabited world reflects nature back to us – a fresh snow cover, or yukigesho – and is captured in the dial of the new SBGJ271.

Combined with the calming, stone-like grey of the GMT hand, this model imparts the feeling of a quiet place – a traditional home or a temple – during a Japanese winter.

Specifications

Exterior
Exterior: Stainless steel
Case back: See-through case back
Case back with 6 screws
Glass Material: Box shaped sapphire crystal
Glass Coating: Anti-reflective coating on inner surface
Case size: Diameter 39.5mm Lug-to-lug 46.9mm Thickness 14.1mm
Band width: 19mm
Clasp type: Three-fold clasp with push button release
The perimeter of Band: 185mm
Movement
Caliber no.: 9S86 Instructions
Movement Type: Automatic with manual winding
Power reserve: Approx. 55 hours
Mean daily rate: +5 to -3 seconds per day
  • Mean daily rate is a mean value of daily rates in a condition where the movement before assembly in a case is measured in six positions in a fixed manner under artificially controlled environment for 12 days.
Functions
Water resistance: Splash Resistant
Magnetic resistance: 4,800 A/m
Other details / Features:
  • 37 jewels
  • 24-hour hand (dual time display function)
  • Calendar-linked time difference adjustment function