LAMARQUE x REVOLVE Annaise Shorts in Brown. Size XL, XS.
Color
Brown
Gender
Women
Status
In stock
Details
LAMARQUE x REVOLVE Annaise Shorts in Brown. Size XL, XS. 100% goat suede. Made in India. Dry clean only. Zip fly with hook and bar closure. Midweight suede fabric. Item not sold as a set. LARX-WF22. ANNAISE. LAMARQUE specializes in luxurious leather garments, contemporary apparel & elevated outerwear. Designed in Montreal by Creative Director Ifigenia Papadimitriou, the brand is committed to achieving the essence of urban elegance with each design, from polished silk blouses to classically cool leather bikers and everything in between. Season after season, the collection remains perfectly timeless, yet with an iconic, fashion-forward edginess.
Details
LAMARQUE x REVOLVE Annaise Shorts in Brown. Size XL, XS. 100% goat suede. Made in India. Dry clean only. Zip fly with hook and bar closure. Midweight suede fabric. Item not sold as a set. LARX-WF22. ANNAISE. LAMARQUE specializes in luxurious leather garments, contemporary apparel & elevated outerwear. Designed in Montreal by Creative Director Ifigenia Papadimitriou, the brand is committed to achieving the essence of urban elegance with each design, from polished silk blouses to classically cool leather bikers and everything in between. Season after season, the collection remains perfectly timeless, yet with an iconic, fashion-forward edginess.
LAMARQUE x REVOLVE Annaise Shorts in Brown. Size XL, XS. 100% goat suede. Made in India. Dry clean only. Zip fly with hook and bar closure. Midweight suede fabric. Item not sold as a set. LARX-WF22. ANNAISE. LAMARQUE specializes in luxurious leather garments, contemporary apparel & elevated outerwear. Designed in Montreal by Creative Director Ifigenia Papadimitriou, the brand is committed to achieving the essence of urban elegance with each design, from polished silk blouses to classically cool leather bikers and everything in between. Season after season, the collection remains perfectly timeless, yet with an iconic, fashion-forward edginess.
