*Product information and pricing may vary - to confirm current pricing, availability, shipping, and return information please contact Le Château. In the event of a pricing discrepancy, the retailer's price will apply.
Refined and timeless, this scoop neck midi dress is designed to flatter with its sleek and timeless silhouette. The wide straps and softly structured scoop neckline create an elegant frame, while the fitted shape contours the body for a polished look. Finished with a subtle side pleating, this versatile dress transitions seamlessly from daytime occasions to evening plans with just a change of accessories. Perfect for the bride-to-be at her wedding festivities leading up to the big day or anyone else looking for a simple yet elegant style for the new season.
Note: Le Château dresses and Suzy Shier dresses differ in sizing. Please consult our size chart for more accurate measurements.
Knit crepe fabric
Scoop neck
Thick straps
Sleeveless
Side pleat
Side zipper closure
Sheath silhouette
Midi length
HSP length: 42"
Model is wearing XS
Fabric: 95% polyester, 5% spandex
Lining: 100% polyester
Hand wash in cold water
Refined and timeless, this scoop neck midi dress is designed to flatter with its sleek and timeless silhouette. The wide straps and softly structured scoop neckline create an elegant frame, while the fitted shape contours the body for a polished look. Finished with a subtle side pleating, this versatile dress transitions seamlessly from daytime occasions to evening plans with just a change of accessories. Perfect for the bride-to-be at her wedding festivities leading up to the big day or anyone else looking for a simple yet elegant style for the new season.
Note: Le Château dresses and Suzy Shier dresses differ in sizing. Please consult our size chart for more accurate measurements.
Knit crepe fabric
Scoop neck
Thick straps
Sleeveless
Side pleat
Side zipper closure
Sheath silhouette
Midi length
HSP length: 42"
Model is wearing XS
Fabric: 95% polyester, 5% spandex
Lining: 100% polyester
Hand wash in cold water