Fossil Women’s Parker Leather Convertible Backpack Purse Handbag for WomenOnline Hot Sale

Editor’s Notes: Our Parker backpack truly has it all – it is soft and casual with modern lines. Wear it as a backpack or convert it to a crossbody or shoulder bag. The tubular top handle and back slide pocket make it easy to grab and carry your bag.

Perfectly Proportioned: 10″L x 4″W x 9.25″H; 1 Top Handle, 2 Adjustable & Detachable Backpack/Crossbody Straps

Premium Craftsmanship: LiteHide Leather Satchel; Zipper Closure; Fabric Lining; imported

It’s all in the Details: Exterior Details: 1 Back Slide Pocket, 1 Back Zipper Pocket, 1 Front Flap Pocket with Magnetic Snap; Interior Details: 1 Slide Pocket, 1 Zipper Pocket; Device Compatibility: iPad Mini

This is a perfect Fossil Women’s Parker Leather Convertible Backpack Purse Handbag for Women for you. It is made of 100% polyester and has a breathable and flexible design. It is a cool Fossil Women’s Parker Leather Convertible Backpack Purse Handbag for Women which can be worn during all weather conditions. It provides extra protection from the sun and is perfect for the whole season.

The Fossil Women’s Parker Leather Convertible Backpack Purse Handbag for Women are ready to play ball in this Fossil Women’s Parker Leather Convertible Backpack Purse Handbag for Women. This authentic baseball Fossil Women’s Parker Leather Convertible Backpack Purse Handbag for Women is made of cotton and polyester. It has a mesh back with a classic Fossil Women’s Parker Leather Convertible Backpack Purse Handbag for Women logo. The Fossil Women’s Parker Leather Convertible Backpack Purse Handbag for Women is also a compression fit, which means it is fitted but not tight.

Style Essentials: Fossil women’s handbags are built to be your stylish staples, classic fashion pieces and your functional favorites. Our designers combine high-quality materials with unique details and silhouettes to create bags that go beyond storage.

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