Seiko
Seiko Discover More Sur287P1
SUR287P1
SKU: SUR287P1
Regular price
₹ 18,500
Sale price
₹ 18,500
Regular price
Unit price
Tax included.
The machinery inside a watch that keeps things ticking is called the movement or a calibre. A synonym of size, the word ‘calibre’, first used as a watchmaking term in 1715, originally referred to the build of a watch movement—the layout, dimensions, shape and size of the wheels, barrels, bridges and so on. Today the word is a substitute for movement, the complete mechanism with the mainspring, escape wheel, bridges, gear train, and other components, including the rotor in automatic watches. Calibres are either mechanical or quartz-based. While the latter are powered mostly by a battery, the former can either be manual winding, or self-would by an oscillating mass or rotor.
Use code "KWC10" to avail discount on your first purchase.
Note: The code does not apply to discounted products.
-
Free Shipping: On all orders
Seiko Discover More Sur287P1
Regular price
₹ 18,500
Sale price
₹ 18,500
Regular price
Unit price
Full Specifications
Product description
BRAND
Seiko
COLLECTION
Discover more
MODEL NO.
SUR287P1
MOVEMENT
FEATURES
date,
MOVEMENT
Quartz
CASE
CASE SIZE
41-46 mm
CASE SHAPE
Round
CASE MATERIAL
Stainless Steel
GLASS MATERIAL
Hardlex
DIAL
DIAL COLOUR
Blue
OTHER
WATER RESISTANCE
100 m
GENDER
Men
WARRANTY
2 Years
STRAP
STRAP MATERIAL
Leather
STRAP COLOUR
Blue
The machinery inside a watch that keeps things ticking is called the movement or a calibre. A synonym of size, the word ‘calibre’, first used as a watchmaking term in 1715, originally referred to the build of a watch movement—the layout, dimensions, shape and size of the wheels, barrels, bridges and so on. Today the word is a substitute for movement, the complete mechanism with the mainspring, escape wheel, bridges, gear train, and other components, including the rotor in automatic watches. Calibres are either mechanical or quartz-based. While the latter are powered mostly by a battery, the former can either be manual winding, or self-would by an oscillating mass or rotor.