Command the elements with the Full Grain Apparel Women’s Double Face Shearling Leather Jacket. This "Classic" silhouette is a "Rugged" masterpiece of engineering, utilizing "Double Face" construction—meaning the leather exterior and the plush fur interior are one single, "Pure" hide. Designed for the woman who demands a "Smart Casual" look with high-octane performance, this jacket offers elite insulation without the bulk of traditional layering.
This masterpiece is handcrafted from 100% Genuine Double-Face Sheepskin, specifically selected for its "Rugged" high-tensile strength and naturally windproof grain. Because the fur is not glued or sewn in but is part of the original skin, it provides a "Hybrid Comfort" that is exceptionally light yet incredibly warm. Built for longevity, the "Elegant" exterior finish reflects the elite branding and meticulous craftsmanship of Full Grain Apparel, ensuring you remain warm while maintaining a sophisticated, "Slim Fit" profile.
The design is a masterclass in "Classic" winter utility and "Rugged" precision. It features a lush Shearling-Lined Notch Lapel and fur-trimmed cuffs that provide a "Pure" tactile contrast to the smooth leather body. For maximum functionality, the jacket is equipped with industrial-grade Zip Fastening hardware and reinforced seams to protect your core. This Double Face Jacket is the definitive choice for the woman who lives for a "Rugged" heritage look with a sharp, contemporary "Elegant" finish.
Material: 100% Real Double-Face Sheepskin (Leather and Fur are one layer)
Lining: Integrated Natural Shearling Fur for "Hybrid Comfort"
Style: Double Face Overcoat / "Classic" Shearling Moto Hybrid
Color: Available in Midnight Black, Cognac Brown, or Slate Grey
Collar: Grand Turn-down Shearling Collar for "Pure" neck protection
Closure: Heavy-duty Industrial Metal YKK Zipper Fastening
Fit: Sculpted "Slim Fit" construction to enhance the feminine silhouette
Storage: 2 Secure Hand-warmer Pockets & 1 Internal Security Pocket
Thickness: Heavy-Weight (Engineered for maximum sub-zero insulation)