Fossil Women’s Carlie Mini Quartz Stainless Steel and Leather Three-Hand Watch, Color: Gold, Brown (Model: ES5297)Hot on Sale

Get the latest Fossil Women’s Carlie Mini Quartz Stainless Steel and Leather Three-Hand Watch, Color: Gold, Brown (Model: ES5297) from our Shop. The team’s official online shop has a wide variety of products for you to customize your team look. The Fossil Women’s Carlie Mini Quartz Stainless Steel and Leather Three-Hand Watch, Color: Gold, Brown (Model: ES5297) are looking to build on their success in the post-season and they’ll need your help to do it. This is your chance to cheer on your team and look great doing it with products and other gear.

Meet the petite sister of our iconic Carlie. Bold, yet undeniably feminine, we’ve fine-tuned the details to create a luxurious statement piece. A soft, curvy case is combined with gently sloping lugs that seem to float the bracelet on your wrist. This 28mm Carlie features a silver sunray dial, three-hand movement and medium brown leather strap.

Case & Movement: 28mm case, 12mm band width, hardened mineral crystal lens resists scratches, accurate Quartz movement with 3-hand analog display, imported.

The Fossil Women’s Carlie Mini Quartz Stainless Steel and Leather Three-Hand Watch, Color: Gold, Brown (Model: ES5297) is a timeless classic and will look good with anything. It is made of durable, soft 100% polyester, and is made to last. It has authentic Fossil Women’s Carlie Mini Quartz Stainless Steel and Leather Three-Hand Watch, Color: Gold, Brown (Model: ES5297) logos on the front and back, and is machine washable.

Dial: Round gold stainless steel case, with a silver sunray dial and glitz accents.

Watch Band: Medium brown, LiteHide genuine leather band with a secure adjustable buckle closure for a customized fit; interchangeable with all 12mm Fossil straps.

Water Resistant: Up to 50m (165ft): Wearable for short periods of recreational swimming and showering, but not diving or snorkeling; 5 ATM.

LiteHide Leather is leather that has undergone resource-efficient raw materials processing that significantly reduces water consumption, wastewater pollution, CO2 emissions, and waste.