Stacy Adams Madison Black & White Spat Kidskin Ankle Boot

The Stacy Adams Madison Spectator Spat Cap Toe Boot is a nod to the bygone era where style seamlessly intertwined with exceptional quality. This exquisite two-tone boot is meticulously crafted with a Goodyear welted construction and a genuine leather sole that speaks volumes of its durability and elegance. The upper and lining are made from soft kidskin leather, offering a plush feel and superior breathability. The boot's unique design features a decorative buttoned spat and a convenient side zipper, blending vintage charm with modern ease. Sourced from tanneries awarded Gold or Silver by the Leather Working Group for their environmental responsibility, the Stacy Adams Madison Spectator Boot not only elevates your style quotient but does so with a conscience.

How to Style

Pair Stacy Adams Madison Spectator Spat Cap Toe Boots with tailored, cuffed trousers to showcase their distinctive two-tone design and decorative details. A crisp, white shirt under a vest or a vintage-inspired blazer will complement the boots' timeless appeal. Ideal for occasions that call for a touch of class, these boots will set you apart at weddings, sophisticated social events, or any setting where sartorial excellence is appreciated.

• Two-tone design with a decorative buttoned spat and side zipper.
• Soft kidskin leather upper and linings provide a luxurious feel ensuring all-day comfort.
• The genuine leather outsole and Goodyear welt construction offer unmatched durability.
• Leather sourced from tanneries recognized for their environmental responsibility.
• The fully cushioned insole delivers exceptional support.
• SKU: 00026-11
• Next Day & 2nd Day Air Not Available for this Item.

About the Brand

Stacy Adams stands as an emblem of distinctive style, merging classic designs with modern sensibilities. Since 1875, it has offered premium quality men's footwear and accessories, catering to those who appreciate meticulous craftsmanship and timeless elegance, embodying sophistication in every step.