Ralph Lauren Chocolate Brown Silk Blend Velvet Asymmetrical Ruffle Skirt — Circa 2007
Ralph Lauren Chocolate Brown Silk Blend Velvet Asymmetrical Ruffle Skirt — Circa 2007
Description
A stunning vintage Ralph Lauren skirt crafted from luxurious chocolate-brown silk-blend velvet, featuring an elegant asymmetrical silhouette and dramatic cascading ruffles.
Designed with diagonal panel seams that wrap across the hips before flowing into a beautifully gathered ruffled tier, creating movement and dimension throughout. The rich chocolate velvet catches the light with a subtle sheen, while the irregular handkerchief hem adds a romantic, fluid finish.
An elasticated waistband provides a comfortable, flexible fit, balancing the skirt’s sculptural construction with effortless wearability.
Dating to approximately the mid-2000s, this piece is closely comparable in design and fabrication to a circa 2007 Ralph Lauren ruffled velvet skirt featured in the house’s official vintage archive.
A statement piece that pairs beautifully with a fitted knit, silk camisole, or tailored jacket.
PRODUCT DETAILS
- Designer: Ralph Lauren
- Era: Circa 2007 (estimated from archival comparison)
- Color: Deep chocolate brown
- Composition: 75% viscose, 25% silk
- Plush silk-blend velvet
- Diagonal panel construction
- Cascading asymmetrical ruffle
- Handkerchief-style hem
- Elastic waistband
- Fully lined
- Made in the USA
- Tagged size: 4
- Estimated modern fit: US 4–6, depending on waist fit
Measurements (laid flat)
- Waist: 13.5”–16.5” (elasticated)
- Waist circumference: Approximately 27”–33”
- Length: 32.5”
Condition: Very Good Pre-owned vintage condition. Please refer to photographs for details.
Care
To maintain the beauty and integrity of your purchase, we recommend treating it with care. Simple maintenance practices, such as gentle washing and proper storage, can effectively preserve the longevity of your vintage pieces. We encourage you to refer to the care instructions included with each item, designed to help you keep your purchase in top condition.