Vibrant Rajasthani Motif Pink Lehenga

This pink lehenga brings vibrant Rajasthani motifs to your festive wardrobe. Crafted in shimmer silk, it catches light with every graceful movement. A flowing A-line silhouette with 4-metre flair gives it a regal, twirl-ready drape. Hand-finished position-print detailing makes this lehenga choli feel artful and distinct. Lehenga. Fabric: Shimmer Silk. Inner: American crepe silk. Work: Position Print, Rajasthani motif. Silhouette: A-Line, 4-metre flair. Length: 42-43 inches. Size: Semi-stitched, can-can included. Colour: Pink. Blouse & Dupatta. Blouse: Mono silk, unstitched, 1.20 m. Blouse work: Thread and sequence. Dupatta: Net, 2.20 m. Dupatta work: Thread and sequence. Colour: Pink. Package & Care. Included: Lehenga, blouse, dupatta. Stitching: Unstitched or stitched blouse. Care: Dry-clean only. Origin: Kayara Label, India. Why You'll Love This Pink Lehenga Shimmer silk glows beautifully under festive and wedding lighting. The 4-metre A-line flair delivers a full, photo-ready twirl every time. Rajasthani position-print motifs add genuine artisanal character to each panel. Semi-stitched sizing lets your tailor fit the lehenga perfectly to you. A matching net dupatta and silk blouse complete the festive wear set. Soft crepe-silk lining keeps the lehenga light and comfortable all day. As elegant festive wear, the pink hue flatters a wide range of skin tones. The Perfect Pink Lehenga for Weddings and Festivals This wedding lehenga shines at sangeets, receptions and Diwali parties alike. The flowing dupatta drapes easily over the shoulder or across the arm. Style it with kundan jhumkas and a sleek low bun for tradition. Swap in oxidised silver jewellery for a fresh, contemporary festive look. As a wedding lehenga for guests, it photographs beautifully in every light. The semi-stitched fit also makes it an easy, fuss-free festive choice. Explore more designs in our lehenga choli collection today. Learn the rich history of the lehenga here. Disclaimer: Slight colour variation may occur due to screen and lighting differences.