Renowned Japanese rock band RADWIMPS is thrilled to reveal their forthcoming RADWIMPS WORLD TOUR 2024, titled “The way you yawn, and the outcry of Peace.” Building on the tremendous success of their sold-out global tour in 2023, the band is set to make a return to Asia this April and May. This tour aims to provide an opportunity for their dedicated fans, who missed out on tickets last year, to witness their electrifying performances. To meet the overwhelming demand, RADWIMPS has opted for larger venues this time around.
The tour kicks off on April 6 at Tokyo’s iconic Yoyogi National Stadium 1st Gymnasium, and the captivating journey will continue through Yokohama, Manila, Hong Kong, Singapore, Taipei, and Bangkok before reaching its conclusion on May 25 in Seoul at the SK Olympic Handball Gymnasium. For more details about the tour, visit: radwimps.jp/en/live/14715/
With their distinct fusion of infectious melodies, powerful stage presence, and thought-provoking lyrics, RADWIMPS consistently pushes artistic boundaries and maintains a profound connection with fans worldwide. This upcoming tour stands as a testament to their unwavering commitment to their audience and their determination to deliver unforgettable live experiences.
RADWIMPS WORLD TOUR 2024 “The way you yawn, and the outcry of Peace”
Apr 6th & 7th Tokyo @ Yoyogi National Stadium 1st Gymnasium
Apr 13th & 14th Yokohama @ PIA ARENA MM
May 1st Manila @ Smart Araneta Coliseum
May 7th Hong Kong @ AsiaWorld-Expo Hall 10
May 11th Singapore @ Singapore Expo
May 15th Taipei @ Taipei Music Center
May 23rd Bangkok @ UOB LIVE
May 25th Seoul @ SK Olympic Handball Gymnasium
RADWIMPS has teamed up with the acclaimed Japanese artist Keiichi Tanaami to craft the mesmerizing artwork for their upcoming tour. Tanaami, renowned for his vibrant and avant-garde creations showcased in galleries across the globe, was approached by the band’s frontman, Yojiro, who admires his artistic prowess. The collaboration has given birth to a visually stunning representation that flawlessly captures the dynamic energy of the band.
