Step into timeless Western style with the Tanner Mark Men's Exotic Full Quill Ostrich Western Boots - Broad Square Toe. Crafted with meticulous attention to detail, these boots combine rugged durability with high-end aesthetics, making them an essential addition to any cowboy's wardrobe.Product Features:Genuine Full Quill Ostrich Leather: Known for its unique texture and strength, full quill ostrich leather not only stands out but is extremely durable, providing long-lasting wear that withstands the test of time.Broad Square Toe: Designed for both comfort and modern Western style, the broad square toe offers ample room and an updated cowboy look that's perfect for any occasion.Handcrafted Construction: Each pair of Tanner Mark boots is meticulously handcrafted, ensuring quality and uniqueness in every boot. This method guarantees superior craftsmanship and attention to detail.Cushioned Insole: Long days on your feet are no issue with the cushioned insole, which provides exceptional comfort and support, reducing foot fatigue whether you're working on the ranch or heading to a rodeo.Double Stitched Welt: The robust double stitched welt increases the overall durability of the boots, providing a stable and resilient foundation that ensures longevity and reliable performance in rugged conditions.Leather Outsole: Featuring a high-quality leather outsole, these boots offer both flexibility and a classic look. The leather provides excellent traction and molds to your foot over time for a custom fit.Intricate Stitching Patterns: The detailed stitching adds a touch of classic Western flair, giving these boots an aesthetic appeal that matches their practical functionality.Complete your Western attire with the Tanner Mark Men's Exotic Full Quill Ostrich Western Boots - Broad Square Toe and experience the perfect blend of tradition, style, and durability.Broad square toe, Pull tabs, Exotic full quill ostrich vamp, Leather shaft with western stitching, Stockman heel, Hybrid outsole, Comfort cushioned insole, Imported, 12" shaft height,