Step into sophistication with the Rebecca Heel Boot, a stylish choice for any occasion. Designed for ease of wear, these boots feature a convenient medial side zip for effortless slipping on and off. Crafted from weatherproof leather, they offer both durability and protection against the elements, ensuring you stay comfortable and dry in any weather condition. Whether you're navigating city streets or exploring the great outdoors, these boots are sure to become your go-to footwear choice.
Each Aetrex shoe is anatomically designed based on data and learnings from over 50 million global foot scans. This ensures you’re getting the best fit for your feet and premium support for your body from the ground up.
Features:
・Aetrex's insole features arch support that helps to stabilize your body, align your feet and relieve common foot pain (ie. plantar fasciitis, heel pain & arch pain)
・The insole features UltraSky™ cushioning to provide pressure relief & extra comfort
・The insole is lined with microfiber treated with antimicrobial technology to help fight every day odors
・Upper Material: Weather-friendly leather
・Outsole Material: Rubber
・Removable Insole: Yes
・Heel Height: 2.1"
・Adjustable Buckle: An adjustable closure that help your shoes further mold to your feet by being able to shorten or elongate the strap.
・Arch Support: Designed to help support natural alignment, a unique arch support position, height and contour aligns in the proper place to help support our bodies from the ground up and helps to relieve plantar fasciitis and common heel/arch pain.
・Complete Underfoot Support: Cobra Orthotic Technology provides a void in the heel area to help alleviate heel pressure and provides metatarsal support.
・Removable Insole: Included is a removable arch support & premium foam cushioning insole that can easily be replaced with a more customized Aetrex Orthotic.
・Side zipper helps shoes easily slide on and off.
・The weather-friendly materials used in this shoe have sealed seams and water-resistant uppers to help prevent water from penetrating through the fabric.
