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G-Shock MTGB1000XB-1A MT-G Carbon Fiber Bezel Smartphone Enabled Solar Watch
G-Shock MTGB1000XB-1A MT-G Carbon Fiber Bezel Smartphone Enabled Solar WatchBy: Casio
Shock Resistant
200m Water Resistant
Tough Solar (Solar powered)
Smartphone Link (Approximately 300 World Time cities, alarm, timer, hand alignment correction, time swapping, Phone Finder)
Super Illuminator full auto double LED light for face and digital display illumination
The MTG-B1000XBD and B1000XB are based on the MTG-B1000, which has a mid-sized case for enhanced wearability while delivering advanced functionality, including smartphone connectivity and solar-powered radio control. The new models feature a bezel made from carbon fiber, considered the “third material” after metal and plastics, for an evolution in design in keeping with the 20th anniversary of the MT-G series. Carbon fiber is similar to plastic in terms of its light weight, yet comparable to or exceeding metal in durability, although its hardnesss makes it more difficult to process.
$1,000.00
G-Shock MTGB1000XB-1A MT-G Carbon Fiber Bezel Smartphone Enabled Solar Watch—
$1,000.00
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
G-Shock MTGB1000XB-1A MT-G Carbon Fiber Bezel Smartphone Enabled Solar WatchBy: Casio
Shock Resistant
200m Water Resistant
Tough Solar (Solar powered)
Smartphone Link (Approximately 300 World Time cities, alarm, timer, hand alignment correction, time swapping, Phone Finder)
Super Illuminator full auto double LED light for face and digital display illumination
The MTG-B1000XBD and B1000XB are based on the MTG-B1000, which has a mid-sized case for enhanced wearability while delivering advanced functionality, including smartphone connectivity and solar-powered radio control. The new models feature a bezel made from carbon fiber, considered the “third material” after metal and plastics, for an evolution in design in keeping with the 20th anniversary of the MT-G series. Carbon fiber is similar to plastic in terms of its light weight, yet comparable to or exceeding metal in durability, although its hardnesss makes it more difficult to process.
