Etro

Paisley floral tiered silk chiffon maxi dress

Etro Paisley floral tiered silk chiffon maxi dress

Etro's command of opulent prints finds new expression in this maxi dress. Crafted from lightweight silk chiffon, its defining feature is the cascade of tiered ruffles, each animated with a unique blend of paisley and floral motifs. It’s an elegant choice for warm-weather galas and sunset ceremonies.

The art of the detail

This printed dress is defined by its fluid, floor-grazing silhouette, rendered in pure silk chiffon that creates a light and airy feel. The design features a flattering V-neck and delicate spaghetti straps, balancing the voluminous, tiered skirt. A captivating multicoloured pattern, blending classic paisley with vibrant floral designs against a blue backdrop, cascades down the length of the garment. The asymmetric placement of the ruffled tiers adds dynamic movement, creating a truly memorable shape that flows with every step.

How to wear

Let this maxi dress take center stage for your next formal event by pairing it with understated metallic heeled sandals and a simple clutch. For an alfresco wedding or a sophisticated garden party, complement the look with delicate gold jewelry, like a fine chain necklace, to accentuate the V-neckline without overwhelming the intricate print. The dress’s flowing form and vibrant pattern make it a standout piece for celebratory occasions, moving beautifully from daytime receptions to evening festivities with a simple change of accessories.

About Etro

Founded in 1968 as a textile company, Etro built its legacy on a profound appreciation for pattern, color, and fine materials. The brand is synonymous with the iconic Paisley motif, a symbol of its worldly and artistic spirit that appears season after season in renewed forms. This silk dress is a perfect example of the house's philosophy, transforming archival prints into contemporary statements of fluid elegance. Each collection continues to explore a universe of sophisticated prints and refined craftsmanship.