Durable Vionic Women's 23walk Classic Stone 10000689 Accessory [OQnBforu]

Experience Comfort with Vionic Women's 23Walk Classic Stone

The Vionic Women's 23Walk Classic Stone is a shoe designed for the relentless walker, offering unparalleled comfort and support for every step. This timeless favorite is crafted to keep you on the move, whether you're at work, playing a sport, or enjoying a leisurely stroll. Its Active Motion System (AMS) technology ensures that your feet are supported and cushioned throughout your day, making it a staple in any footwear collection.

Key Features and Specifications

The Vionic Women's 23Walk Classic Stone boasts premium, full-grain, water-resistant leather uppers, providing durability and a sleek look. The action lacing system ensures a snug fit that adapts to your foot's shape. Inside, the breathable, moisture-wicking 100% polyester mesh liner with a PU foam base reduces friction and keeps your feet cool and dry. The biomechanical removable orthotic, developed by podiatrists, features an anti-bacterial top cloth to control foot odor. The molded EVA midsole with built-in .5" elevation offers a smooth transition from heel to toe, while the firm thermoplastic heel counter increases stability and support. The durable rubber outsole ensures improved traction, making these shoes suitable for various terrains.

Practical Uses and Benefits

The Vionic Women's 23Walk Classic Stone is perfect for anyone looking for a shoe that combines style with comfort and functionality. Whether you're a busy professional, an avid athlete, or a casual walker, these shoes are designed to meet your needs. The Active Motion System provides the necessary support for long hours on your feet, while the removable orthotic allows for customization to your specific foot shape. With the APMA Seal of Acceptance, you can trust that these shoes have been rigorously tested for quality and comfort. Step into the Vionic Women's 23Walk Classic Stone and experience the difference in comfort that makes them a perennial favorite.