Carlos Santana Leather Walker Reptile Sneaker for Men | 100% Leather | sturdy Rubber Outsole & Removable Leather Cushioned Footbed
Fabric type: 100% LeatherOrigin: Made in USA and ImportedSole material: RubberOuter material: Calfskin Leather UpperContemporary Reptile Look: Elevate your style with the Walker Reptile Sneaker, seamlessly blending a contemporary embossed crocodile pattern with the timeless appeal of a classic sneaker. This distinctive design adds a touch of sophistication to your wardrobe.Premium Leather Craftsmanship: Meticulously handcrafted with precision, these sneakers are crafted from 100% calfskin leather, sourced from gold-rated tanneries. The result is a luxurious and soft texture that not only feels premium but also aligns with ethical and sustainable production practices.Comfortable All-Day Wear: Step into unparalleled comfort with the Walker Reptile Sneaker. The cushioned footbed and sturdy rubber outsole provide a harmonious balance between style and comfort. The contouring insoles ensure each step is cushioned, making these sneakers suitable for both formal gatherings and everyday casual wear.Strobel Construction for Flexibility: Experience lightweight flexibility with the Strobel construction used in the making of the Walker Sneaker. This premium construction method enhances the shoe's flexibility, making it an ideal choice for those seeking comfort and ease of movement throughout the day.Durable Rubber Outsole: Designed for longevity, the Walker Sneaker features a durable rubber outsole. This not only adds to the aesthetic appeal but also ensures that these sneakers withstand the test of time, making them a reliable choice for various occasions.Ethically Sourced and Produced: Make an ethical choice with our sneakers. The calfskin leather used is sourced from gold-rated tanneries, adhering to the stringent standards set by the Leather Working Group (LWG). From waste management to working conditions, each aspect is evaluated, contributing to an eco-friendly and socially responsible production process.