Edie Daisy Appliqué Mini Dress
Frances Valentine
$398.00
Product Insights & Style Tips
Frances Valentine's Edie Daisy Applique Mini Dress feels like a garden party in the city: festive and polished. Scattered daisy appliques sit on a textured silhouette, adding depth and whimsy. The 100% polyester fabric with a matching lining reads structured yet light, with a crewneck and three-quarter sleeves. A back keyhole button closure finishes the line. Imported, dry clean only.
At about 34.5 inches from shoulder to hem, the Edie mini sits at an easy mini length. The three-quarter sleeves frame the silhouette, while side on-seam pockets offer a discreet spot for small essentials. The back keyhole closure keeps the line crisp, and the polyester fabric helps the dress transition from day to night, layering under a cropped blazer or cardigan for cool evenings.
Frances Valentine leans whimsy with refined tailoring, and the Edie dress embodies that balance. Daisy appliques read fresh against the textured surface, ready for daytime parties or evening events with the right shoes and mood.
Materials / Fabrication
- Scattered daisy appliqués across a textured silhouette
- Crewneck
- Three-quarter-length sleeves
- Side on-seam pockets
- Back keyhole button closure
- Shell: 100 percent polyester
- Lining: 100 percent polyester
- Imported
- Length: about 34.5 in from shoulder to hem
Recommended Care
- Dry clean only to preserve appliqués and textured silhouette
- If washing at home, hand wash cold with mild detergent and lay flat to dry
- Avoid wringing or twisting; reshape gently while damp
- Do not iron directly over embellishments; use a steamer on low if needed
- Store on a hanger to maintain shape and prevent creasing
Fit Notes
- The dress falls to about 34.5 inches from shoulder to hem, giving a defined mini length.
- A crewneck with three-quarter sleeves and a back keyhole closure keeps the line clean.
- Side on-seam pockets provide a discreet place for small essentials.
- Made from 100% polyester with a matching lining for structure and layering.