Ferrini Women’s Empress Latte Snipped Toe Leather Cowboy Boots

Features

* Premium Full-Grain Leather Vamp offers luxuriously soft, durable feel, designed to last
* 13" Shaft Height gives a refined silhouette that exudes sophistication
* 1 1/2" Cowboy Heel promises the perfect balance of height and comfort for a graceful stride
* Snipped Toe for a sleek, fashion-forward shape with a classic Western touch
* Leather Outsole brings smooth, durable, and built for effortless movement
* Shimmer Inlays adds subtle yet striking accents that add elegance to every step
* SKU: EMPRESS LATTE 81861-06

Description

Some boots make a statement. The Empress tells a story - one of grace, confidence, and Western refinement. Crafted from full-grain leather and adorned with delicate shimmer inlays, this boot brings together tradition and sophistication in perfect harmony. The 13" shaft elongates the leg for a poised, elegant silhouette, while the snipped toe and 1 1/2" cowboy heel provide a modern, fashion-forward finish. Whether worn at a formal event or a special evening out, Empress in Latte is designed for those who command attention without saying a word.

How to Style

Pair Empress in Latte with a flowing midi dress and statement jewelry for an effortlessly elegant look. For a sophisticated Western edge, style them with tailored trousers and a silk blouse. Whether at a gala or a candlelit dinner, these boots ensure you step in with style and confidence.

About the Brand

Ferrini USA Inc. is a proud family-owned brand rooted in Texas since 1983, renowned for crafting exceptional western footwear. Each pair of boots is meticulously handmade, showcasing a commitment to superior craftsmanship and unique designs. Ferrini emphasizes quality by personally sourcing the finest leathers and exotic skins, ensuring durability and comfort in every step. With orthopedically designed footbeds and hand-stitched details, Ferrini boots promise both style and longevity, allowing you to experience the joy of owning footwear made with care and tradition.