Asymmetrical Ruffle Mini Skirt IA417 sold by Lewkin
Asymmetrical Ruffle Mini Skirt IA417 sold by Lewkin product image thumbnail 1Asymmetrical Ruffle Mini Skirt IA417 sold by Lewkin product image thumbnail 2Asymmetrical Ruffle Mini Skirt IA417 sold by Lewkin product image thumbnail 3Asymmetrical Ruffle Mini Skirt IA417 sold by Lewkin product image thumbnail 4Asymmetrical Ruffle Mini Skirt IA417 sold by Lewkin product image thumbnail 5

Asymmetrical Ruffle Mini Skirt IA417

$45
USD
Unsure what size to buy?

Product Description

Showcasing a striking blend of street and romantic styles, this asymmetrical mini skirt is perfect for making a statement at any festival. Featuring ruffle detailing and a solid print, it offers a flattering normal fit crafted from a comfortable mix of polyester, spandex, and rayon. Available in classic shades of white, beige, gray, and black, this versatile piece complements a variety of outfits, enhancing your unique fashion sense with every wear. From the brand: Product Detail Elevate your festival style with our women's fashion piece featuring street and romantic vibes. This unbalanced, ruffle detailed top in solid print offers a normal fit for any occasion. Style : Street, Romantic Occasion : Festival Detail : Unbalanced, Ruffle Print : Solid Material : Polyester, Spandex, Rayon Length : Mini Fit : Normal fit Polyester62 Rayon34 Spandex4 Color : White, Beige, Gray, Black Made in Korea Model Size Model is wearing size S/M and the color White. Height : 5'6" | 167cm / Top : S / Bottom : S (26 inch) .prddescription table, .prddescription td, .prddescription th { border : 1px solid black; border-collapse : collapse; padding: 10px; } Size(Inch) Size Waist Hip Thigh Rise Hem Total Length S/M 22.0" 41.7" 26.8" 11.4" 30.3" 13.0" / 16.7" - The measurement can vary by 1-3 cm or 1-1.5 inches, depending on how it was measured. Size(CM) Size Waist Hip Thigh Rise Hem Total Length S/M 56 cm 106 cm 68 cm 29 cm 77 cm 33 cm / 42.5 cm - The measurement can vary by 1-3 cm or 1-1.5 inches, depending on how it was measured.