Donna Karan New York Floral Sleeveless Stretch Cotton Midi Shirtdress
Donna Karan New York
$199.00
Product Insights & Style Tips
Donna Karan New York conjures a sunny, garden-ready mood with the Floral Sleeveless Stretch Cotton Midi Shirtdress. Bold blooms tumble across a breathable stretch cotton fabric, giving a feel that it's crisp yet easy to wear in warm weather. The sleeveless silhouette and spread collar keep things current, while the 48 1/2 inch midi length lands the look somewhere between polished and effortless.
Front button closure runs clean down the center, keeping the line streamlined from collar to hem. Side-seam pockets offer everyday practicality, and a removable belt lets you tailor the shape, cinch to define the waist or wear loose for a relaxed drape. The stretch cotton helps it skim the body with comfortable ease, and the sleeveless cut plays well with layering pieces for desk-to-date transitions.
This piece sits at the intersection of refined tailoring and easy floral mood, a vibe Donna Karan New York has long championed. It's the kind of dress that can go from boardroom polish to after-hours charm with just a shoe swap, pairing neatly with sandals, pumps, or a structured blazer for transitional style.
Materials / Fabrication
- Stretch cotton with 3% spandex fabric
- Shirtdress silhouette
- Sleeveless
- Front button closure
- Spread collar
- Side-seam pockets
- Removable belt
- Length: 48 1/2 in
- Imported
- Fabric: 97% cotton, 3% spandex
- Print: bold blooms
Recommended Care
- Dry clean only
- If washing at home is necessary, machine wash cold on gentle with like colors
- Do not bleach
- Tumble dry low or line dry; remove promptly to reduce wrinkling
- Cool iron if needed, avoiding printed areas
Fit Notes
- Front button closure and a spread collar create a clean, structured bodice, while a removable belt defines the waist.
- Sleeveless silhouette with side-seam pockets adds practicality and eases layering over knits.
- Cotton and spandex blend offers a comfortable, stretch-friendly feel with shape retention.
