Play based on Ryōta Yuzuki's manga to open in Tokyo in February 2025
Kodoani.com – Odd Entertainment announced on Friday that the manga Mahō Shōjo Ikusei Keikaku F2P (Magical Girl Raising Project F2P) của Ryota Yuzukibased on the light novel series Magical Girl Raising Project by Asari Endowill be adapted into a play in Tokyo in October February 2025.
Details about the play:
Cast bao gồm: Shiki Aoki Himika Akaneya Yuka Ozaki Misato Kawauchi Momoyo Koyama Hinata Satō Anna Suzuki Yurie Funato Sana Hoshimori Chihira Mochida Marina Yamada Ruri Yoshimiya
Fan events:
An event will take place on December 13-14 in Sogetsu Hall in Tokyo with the participation of actors from the anime. This event will provide more information about the upcoming Magical Girl Raising Project Restart stage play and anime.
About manga and light novels:
Yuzuki launched the manga on the Kono Manga ga Sugoi! belong to takarajimasha in August 2016. A second manga volume was released in Japan in March 2017, but the manga has been on hiatus since October 2017.
Light novel content: Mahō Shōjo Ikusei Keikaku takes place in a world where a social game called The Magical Girl Raising Project allows a number of girls to become “magical girls” with special powers. However, the authorities declare that the number of magical girls must be halved to solve the energy problem, leading to a fierce battle for survival between them.
Additional information:
Endō launched the original light novel series in June 2012 and has now released its 18th volume in November 2023. Yen Press licensed and released the novel series in English since June 2017. A 12-episode Magical Girl Raising Project anime series premiered in Japan in October 2016, and Crunchyroll streamed the anime as it aired. In addition, an anime adaptation of the light novel series Magical Girl Raising Project Restart has also been greenlit.
With diverse developments from manga to anime and now stage, Magical Girl Raising Project is expanding into many different forms of entertainment, attracting the attention of fans.