British Designer Stella McCartney Brings Edge to King Charles III’s Coronation Concert Outfit

Stella McCartney made a stylish appearance at the Coronation Concert in Windsor, England on Sunday, following the coronation of King C...

Stella McCartney made a stylish appearance at the Coronation Concert in Windsor, England on Sunday, following the coronation of King Charles III and Queen Camilla at Westminster Abbey. The British fashion designer showcased her unique take on power dressing, sporting an oversized plaid blazer minidress in gray and black from her fall 2023 ready-to-wear collection. The dress featured large lapels, shiny button closures, and shallow front-facing pockets, adding a playful touch to formal wear with a slightly masculine twist.

But the standout feature of McCartney's outfit was her daring black thigh-high boots that gave her ensemble an edgy flair. The boots, which appeared to be crafted from high-shine vegan leather, showcased a faintly slouchy upper design with rounded toes, all stacked atop rubber soles and short block heels. The relaxed appearance and white stitching gave the boots the look of rain boots, which added to the boots' distinct style. McCartney's affinity for boots of all kinds was evident in her brand's extensive boot selection.

The Coronation Concert, broadcast live at Windsor Castle by the BBC and BBC Studios, featured a star-studded lineup of performers, including Katy Perry, Lionel Richie, Andrea Bocelli, Sir Bryn Terfel, Take That, Freya Ridings, and Alexis Ffrench. The concert also included a performance by The Coronation Choir, a group that recruited members from different choirs across the U.K., including refugee choirs, NHS choirs, LGBTQ+ choirs, and deaf signing choirs.

In summary, Stella McCartney showcased her fashion prowess and sustainability commitment by donning a unique take on power dressing with an oversized plaid blazer minidress and thigh-high boots, while attending the Coronation Concert held in honor of King Charles III and Queen Camilla's coronation.