Naomi Osaka Turns Heads At Wimbledon With Kimono-Inspired Look: Here's The Story Behind Her Viral Outfit
Japanese tennis star Naomi Osaka made a memorable entrance at Wimbledon 2026, not just for her performance but also for her striking fashion choice.
Before her opening-round match against Elsa Jacquemot, Osaka walked onto Court No. 3 wearing a flowing white outfit inspired by the traditional Japanese kimono, instantly becoming one of the tournament’s biggest talking points.
View this post on Instagram
Designed by Tokyo-based designer Hana Yagi, the all-white ensemble featured wide sleeves and intricate embroidery inspired by Japanese motifs. While it respected Wimbledon’s strict all-white dress code, the outfit also reflected Osaka’s cultural roots in a modern and elegant way.
Knockout Kicks Off With Two Major Upsets: Germany, Netherlands Sent Home
Following her straight-sets victory over Jacquemot, Osaka revealed that the look was inspired by Lucy Liu’s iconic character O-Ren Ishii from Quentin Tarantino’s Kill Bill.
View this post on Instagram
She said she wanted to bring a kimono-inspired design to Wimbledon while staying within the tournament’s traditional clothing rules.
Osaka also shared that she enjoys stepping onto the court as if she is playing a character rather than simply being herself. She explained that she often draws inspiration from films, games and different creative ideas when planning her Grand Slam outfits.
Exclusive: Wellness Director Sakeer Hussain On Ghent Gladiators’ EU T20 Cup Win
The outfit quickly went viral across social media, with fans and fashion enthusiasts praising the unique blend of Japanese tradition and contemporary sports fashion. Many called it one of the standout style moments of this year’s Wimbledon.
This is not the first time Osaka has made headlines for her on-court fashion. Earlier this year, she attracted attention with distinctive looks at both the Australian Open and the French Open, turning every Grand Slam into an opportunity to showcase a different creative theme.