Sequined Boucle Knit Sleeveless Mini Dress
Brunello Cucinelli
$11000.00
Product Insights & Style Tips
Brunello Cucinelli's Sequined Boucle Knit Sleeveless Mini Dress feels couture with a rustic heartbeat. A boucle inspired weave of slubbed multiyarns forms a textured canvas for glossy sequins to shine. The high neckline anchors the shimmer, while the sleeveless, shift silhouette stays clean and modern. Mohair, nylon and polyester give a soft, plush hand, and the acetate/silk lining glides smoothly against the skin.
Back zip closure and a relaxed yet refined shift let it move with the body without clinging. The outer boucle texture contrasts with a silky lining that layers over hosiery or bare legs with ease, and it plays well with a sharp blazer or a delicate cardigan, plus sleek sandals or boots. The mini length stays poised, ready for events that drift from day to night.
Brunello Cucinelli channels quiet luxury, Italian approach, and tactile textures. This dress marries the sparkle of sequins with knitwear drama, creating a piece that feels special but wearable. It slots into the brand's codes of refined glamour, offering a standout look that remains polished when paired with a blazer and pumps or worn with a leather jacket for edge.
Materials / Fabrication
- Boucle-inspired weave
- Slubbed multiyarns
- Glossy sequins to shine
- High neckline
- Sleeveless
- Shift silhouette
- Mid-thigh length
- Back zip
- Mohair/nylon/polyester
- Lining: Acetate/silk
- Made in Italy
Recommended Care
- Dry clean only to preserve boucle texture and sequins
- If steaming, use low heat from a distance and avoid direct contact with sequins
- Store on a padded hanger or lay flat to maintain shape and minimize snagging
Fit Notes
- The dress is sleeveless with a high neckline and a shift silhouette that falls to mid-thigh for a straight silhouette through the torso.
- A back zip closure provides a clean front with easy on and off.
- Textured boucle knit with sequins creates a shimmering surface, while an acetate and silk lining adds body and structure.
