Seiko Prospex Collection/ Sea Series - Special Edition
Japanese Automatic Watch With A Stainless Steel Bracelet Strap, 42.65mm Case With A Bezel, White Coloured Dial & Date Window.
Inspired by the ice of the North Pole and Antarctica this collection expresses the accumulation of time – linking the Antarctic history of Seiko diver’s watches with the time it takes for a glacier to form into its beautiful structure.
The dial pattern and colour express the natural formations and pressure the glacier underwent during its long cooling period. This specific design is inspired by Seiko’s 1970 Diver’s 150m watch – worn by Japanese explorer Naomi Uemura from 1974 to 1976 during his solo dog sled from Greenland to Alaska, a journey of 12,500km.
This ‘Save the Ocean’ Glacier Special Edition, inspired by the ice of the North Pole, expresses the accumulation of time and the time it takes for a glacier to form its beautiful structure. The dial pattern and colour express the natural formations and pressure the glacier underwent during its long cooling period. Glaciers formed during the ice age, approximately 150 to 3 million years ago. The case shape is the same distinctive shape as the 1970 classic, which proved its strength and endurance when worn by Naomi Uemura.
Prospex is a combination of the words ‘Professional’ and ‘Specifications.’ These timepieces are designed to be practical, reliable and durable within extreme or everyday environments, for experts, sports lovers and adventure seekers alike. Since launching Japan’s first diver’s watch in 1965, Seiko’s innovative watchmaking has changed global dive watch standards.
Seiko donates proceeds from Save The Ocean models to sea conservation organisations.
Accuracy: -15/+25 seconds per day
Calibre: 6R35
Movement Type: Automatic with Manual Winding
Power Reserve: 70 Hours
Stainless steel (Super Hard Coating)
LumiBrite: Lumibrite on hands, indexes and bezel
Clasp: Three-fold clasp with secure lock, push button release with extender
Crystal Coating: Anti-reflective coating on inner surface
