ROSY FEATHER STRAPLESS MINI DRESS

A matchless garment of sheer ravishment - the Rosy Feather Strapless Mini Dress. Crafted from satin-piqué fabric, the fitted bodice drapes its silhouette in dazzling glamour, complete with a heart-shaped crystal accessory, lovingly handmade and embellished. A voluminous feather hemline graces the lower half, cinched with an invisible zipper to the back. 

- Satin-piqué Fabric
- Fitted Bodice
- Strapless
- Crystal Embellished Handmade Heart Shape Accessory
- Feather Hemline
- Invisible Zipper at Center Back
- Fully Lined
- True to Size
- Handmade in Turkey
- 96% PES 4%EA
- Model Wears Size 36

Sudietuz is a new-gen designer brand based in Istanbul. With its debut in 2016, various prêt-a-couture collections has presented with numerous successful performances focused on conceptual fashion design. Sudi Etuz dedicated to design innovation with perfectly sartorialized fabrics aiming uprising the new way with hype touch. In a short time period, brand has awarded as the leading emerging designer brand by Elle Magazine. Sudietuz creates one main collection during year with its signature origamic tulles, richest patterns and eternal color palette. Creator of Sudi Etuz, Şansım Adalı has graduated from the Department of Translation and Interpreting at Bilkent University. She spent an academic year in Brussels while studying, in the city that has an ecol that marked the history of fashion with avant-garde stances, Antwerp and she attended various drawing classes and workshops in there. After completing French education in 2006 she studied Fashion Design at LaSalle Academy Istanbul. Şansım has established Sudi Etuz with the need for young fashion designers in Turkey to use creative innovation practise on conceptual fashion design and expand the local market's vision globally.

Ships from Turkey. As per the designer’s return policy, this item is made to order and therefore not eligible for a return or exchange. If you receive your order and the item is defective, you have 5 business days to communicate the fault.