G-SHOCK ANALOG-DIGITAL WOMEN WATCH GMAS120MF-1A
G-SHOCK ANALOG-DIGITAL WOMEN WATCH GMAS120MF-1A

G-SHOCK ANALOG-DIGITAL WOMEN WATCH GMAS120MF-1A

$130.00

A model based on a mid-size version of the popular digital-analog combination GA-120 model. The metallic face and entire watch are finished in black to create a casual monotone model. A trendy smaller G-SHOCK perfect for youth culture.

  • Sku: GMAS120MF-1A
  • Available: instock
  • Vendor: G-Shock
G-SHOCK ANALOG-DIGITAL WOMEN WATCH GMAS120MF-1A
G-SHOCK ANALOG-DIGITAL WOMEN WATCH GMAS120MF-1A
$130.00

A model based on a mid-size version of the popular digital-analog combination GA-120 model. The metallic face and entire watch are finished in black to create a casual monotone model. A trendy smaller G-SHOCK perfect for youth culture.

  • Model: GMAS120MF-1A
  • Collection: ANALOG-DIGITAL
  • Strap Material: Resin
  • Case Material: Resin
  • Bezel Material: Resin
  • Case Diameter (Mm): 49 × 45.9 × 15.8
  • Glass Material: Mineral Glass
  • Other: Neobrite
  • Bezel Material: Resin
  • Shock Proof: Shock Resistant
  • Gross Weight (G): 55
  • Water Resistance: 200 meters
  • Power Supply and Battery LifeApprox. battery life: 3 years on CR1220

    • G-SHOCK, the watch that brought the new concept of toughness to the timepiece.
    It began with a reckless challenge to the conventional wisdom of the day, a developer’s belief that it was possible to construct a watch that wouldn’t break, even if dropped. Project Team Tough was formed to build it in 1981.
    The team created over 200 prototypes one after another over a period of about two years. They finally arrived at a shock-resistant structure. This marked the birth of a technology that is tough to the core.
    And G-SHOCK has continued its unceasing evolution ever since, in pursuit of greater toughness in every respect, from structure and materials to functions. Today, the development team’s passion for challenge and constant efforts have reached fruition in Triple G Resist, a structure with the strength to withstand 3 types of gravitational acceleration.

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