The Lace Applique Tank Ball Gown Wedding Dress from David's Bridal is a stunning choice for any bride-to-be. This dress effortlessly combines elegance and modernity, making it the perfect option for a fairytale wedding.
The tank-style bodice is adorned with delicate lace appliques, adding a touch of romance to the overall design. The intricate detailing extends to the back of the dress, creating a breathtaking illusion effect. The sweetheart neckline beautifully frames the bride's face, while the tank straps provide comfort and support.
The ball gown silhouette of this dress is truly captivating. The voluminous skirt flows gracefully, creating a sense of grandeur as the bride walks down the aisle. Made from high-quality tulle, the skirt features layers of soft fabric that add movement and depth to the gown.
The Lace Applique Tank Ball Gown Wedding Dress is available in a variety of sizes, ensuring that every bride can find her perfect fit. The dress also comes in multiple color options, allowing brides to choose the shade that best complements their skin tone and personal style.
To complete the look, this dress can be paired with a delicate veil and sparkling accessories. Whether the bride opts for a traditional cathedral-length veil or a chic birdcage veil, it will add an extra touch of elegance to the ensemble. A pair of shimmering earrings and a dainty bracelet will complete the bridal look, adding a touch of sparkle and sophistication.
With its timeless design and impeccable craftsmanship, the Lace Applique Tank Ball Gown Wedding Dress is sure to make any bride feel like a princess on her special day. This dress is a true embodiment of beauty and grace, making it a memorable choice for a wedding that will be cherished for a lifetime.
- Oleg Cassini exclusively at David's Bridal
- For maximum skirt volume, pair with BALLGOWNSLIP, sold separately
- Polyester
- Cathedral train
- Back zipper; fully lined
- Dry clean
- Imported
- Reclaimed Beauty: This style is thoughtfully designed with fabrics once considered waste