Kith Releases Winter 2024 Lookbook Featuring Ken Watanabe
Kith has returned with yet another collection; this time, the focus is on Winter 2024. Ronnie Fieg and co. released a look into the forthcoming collection on Tuesday (Oct. 22) featuring an assist from actor Ken Watanabe. Kith's latest offering features artic overtones, with premium fabrics explicitly designed for the year's coldest months. And, as a nod to Watanabe's heritage, the campaign was shot in Tokyo, Japan.
Pieces from the collection are designed with materials perfect for Winter, with outerwear and tailored shirts crafted out of velvet corduroy, chenille, bonded microsuede, wool blends, shearling, and more. Some of the most impressive pieces from the upcoming release are the all-over patchwork beauty in the Becker Coat, the Beaded Velvet Clay Bomber—which perfectly balances both upscale and cozy sensibilities—and the Gradient Wool Bergen Coat.
Glimpsing through the lookbook, fans of the brand will get the feeling of a cohesive story with the essence of elevated coziness being the overarching theme. The Kith Winter 2024 collection also features colors reminiscent of those snowy, gloomy months with an array of darker colors, tones, and frigid hues.
And it wouldn't be a Kith release if Ronnie didn't offer fans some footwear to match the new drip. Winter 2024 finds Feig tapping into his partnership with Clarks Originals and Vasque for a sophisticated line of shoes in colors and materials ready to match with garments from the collection. The star of the show is probably the Sunderland silhouette and the Sandford 2 from the 8th Street by Ronnie Fieg for Clarks Originals. I don't have to say much about the shoes either, just look at the craftsmanship and the style.
Other accessories, such as headwear, scarves, and gloves, will also be available for purchase in this Winter collection.
Kith's Winter 2024 collection is set to release on Friday (Oct. 25) and will be available at Kith stores and at 11 AM EST/CET on Kith.com.
Take a look at some of the collection below.