Cardi B In Hooded Gown Trend 2023: Gaurav Gupta Gives Hollywood Diva A New Twist
Indian designer Gaurav Gupta debuted his newest collection, Hiranyagarbha, for Autumn/Winter 2024 at the famous Paris Haute Couture Week held in the Palais de Tokyo, Paris. Renowned individuals including Chinese actor Fan Bingbing and American rapper Cardi B attended the fashion spectacle.
Both celebs displayed their immaculate sense of style by attending the occasion dressed magnificently in Gaurav Gupta-designed garments. Cardi B donned a lovely lemon green gown, and Fan Bingbing wore a sophisticated black outfit, adding to the event’s attractiveness. The puffy hood is literally a game-changer!
Cardi B In Gaurav Gupta Thigh-High Slitted Green Hooded Gown
At the Paris Couture Week, where Gaurav Gupta is showcasing his second collection, India continues to make a stunning impression. None other than rapper Cardi B is accompanying him in this dazzling exhibition of costly clothes. Cardi B, who is renowned for her devotion to serving as Gaurav Gupta’s muse, makes her entrance in a mesmerizing green gown that displays one of the season’s trendiest red carpet trends.
Also Check: – 11 Rare Cardi B Without Makeup Pictures
Bright neon sequins decorate the dress, giving it a sleek and linear appearance. The puffy hood, which is smoothly attached to the off-shoulder sleeves, adds to the structure’s volume. The well-known rapper seizes the stage with her stunning outfit and commands all attention in an instant.
The Indian designer Gaurav Gupta posted pictures and videos of Cardi B and Fan Bingbing from his A/W 2024 runway during Paris Fashion Week on his official Instagram page. Both celebs have previously opted to walk the red carpet wearing Gaurav Gupta’s designs.
Once more, the event’s focal point was their magnificent and beautifully detailed attire. Cardi B’s emerald gown was mesmerizing, and Fan Bingbing’s black dress with a thigh slit radiated elegance. Internet users praised them for their immaculate appearances and praised the fineness of their structural ensembles.