1920's Metallic Gold Lamé Lace Flapper Fringe Margot Robbie Film-Worn Dress

ID: 0622242

Size: small

Condition: excellent

A truly breathtaking, museum-quality metallic gold lamé lace fringed flapper dress dating back to the early 1920's. Not only is this an exceptional example of high-end luxury fashion during this glorious era but this is the dress that was worn by actress Margot Robbie as Daphne de Selincourt in the 2017 film 'Goodbye Christopher Robin'! She wears this showstopper in a fantastic London party scene and the dress was even used for a stunning editorial shoot promoting the movie. This sensational garment is fashioned in French metallic gold shimmering deco floral motif gold lamé lace of the highest quality. We showed this ultra rare sheer metallic gold lace dress with and without the lamé underslip so you can see the alluring pattern work. I absolutely adore the skillful asymmetric scalloped side with gold bullion corded fringe. Costume designer Odile Dicks-Mireaux added beautiful citrine rhinestones and a period perfect large pearl accented tassel to the side. When you move, the dress turns into magic! There is even the Cosprop label complete with Margot Robbie's name in the slip. Extravagant garments from the 1920's remain a perennial favorite, perhaps because no other period combined such opulence with such youthful flair. The fact that this is also the film-worn dress for actress Margot Robbie add an extra level of importance to this breathtaking garment.

Measurements
Dress
Bust: 34-35 inches
Hips: 38 inches
Total Length: 54 inches
Inner Slip
Bust: 34-35 inches
Hips: 40 inches
Total Length: 52 inches

This early 1920's Margot Robbie film-worn metallic gold lamé lace flapper dress is in beautiful wearable condition. Matching underslip included and complete with Cosprop label. Dress skillfully reworked by costume designer Odile Dicks-Mireaux. Only signs of wear breaks to the lace by the bottom hemline. Please message for detailed pictures. Highly wearable and an investment piece that will only continue to increase in value.