GM2110SH-2A
Stargaze to your heart’s content with 2025 limited-edition G-SHOCK timepieces inspired by the magic of starry skies and the splendour and wonder of the moment you catch sight of a falling star.
Two pair-perfect sizes from the popular digital-analogue 2100 line — the GM-2110SH and GM-S2110SH — feature a dial inspired by the magic of starry skies with metal elements that add shine and texture, and a hairline- and matte-finished bezel and indexes that project poised sophistication. The gold-coloured G-SHOCK logo on the dial shines like a star against subtle stripes evoking stardust gently drifting across the sky.
Choose navy blue for the dark night sky, or white for a magical shooting star.
These timepieces make a wonderfully thoughtful holiday gift for your very special someone or an exciting addition to your own watch collection.
Note: Key resin components used in the band are made with bio-based resin. Produced using renewable organic resources, this material is expected to help reduce environmental impact.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Stargaze to your heart’s content with 2025 limited-edition G-SHOCK timepieces inspired by the magic of starry skies and the splendour and wonder of the moment you catch sight of a falling star.
Two pair-perfect sizes from the popular digital-analogue 2100 line — the GM-2110SH and GM-S2110SH — feature a dial inspired by the magic of starry skies with metal elements that add shine and texture, and a hairline- and matte-finished bezel and indexes that project poised sophistication. The gold-coloured G-SHOCK logo on the dial shines like a star against subtle stripes evoking stardust gently drifting across the sky.
Choose navy blue for the dark night sky, or white for a magical shooting star.
These timepieces make a wonderfully thoughtful holiday gift for your very special someone or an exciting addition to your own watch collection.
Note: Key resin components used in the band are made with bio-based resin. Produced using renewable organic resources, this material is expected to help reduce environmental impact.
