Description
Suitable for both men and women, unisex. Rare colour.
The Carbon Core Guard construction is already a given here. For 35 years, the G-Shock series has offered its owners a durable watch with a wealth of functions in a purposeful and timeless design.
The Casio G-Shock GMA S2100BA-2A1 comes, as we have come to expect from the series, with workmanship that makes the watch stand up to exposure to harsh conditions. The high durability of the case is ensured by the new Carbon Core Guard construction. This is made of resin, reinforced and strengthened with carbon fibre, and the construction of the buttons is also special, protecting the model from the penetration of dirt. The aforementioned combination allows to create a more compact and lighter unit.
The watch has a combined, analogue and digital dial that displays the date, day of the week, stopwatch, alarm and many other functions that you can use during sports and leisure.
The carbon fibre reinforced plastic case of the watch is complemented by a rubber strap excellent for high durability and longevity. The materials used have helped to reduce the weight of the watch to just 41 grams. The dial is protected by a mineral glass. For easy readability in low-light conditions, the watch is equipped with luminescent hands and dual LED illumination, which illuminates both the analogue and digital parts of the dial when the button is pressed. A sub-dial showing the current day is located at the 9 o'clock position, while the digital display shows not only the selected mode but also related data. The case diameter of 42.9 mm makes it one of the larger watches. The water resistance of this model is 200 m, so you can swim with the watch without any problems.
The Casio G-Shock model series offers a suitable watch for anyone looking for a combination of a durable, sporty watch in an attractive design, combined with a rich range of functions. All models in this globally popular range are more resistant to shocks and impacts than conventional watches. They also demonstrate increased resistance to magnetic fields.