Eureka Seven: Hi - Evolution film new teaser trailer + VIsual

On the official BANDAI NAMCO film website, a new teaser trailer, visuals, staff, cast, and the release date of November 26 were announced today.



Rina Endo will play the role of Iris, and Koichi Yamadera will voice Dewey (previously voiced by Koji Tsujitani). They join Kaori Nazuka and Ami Koshimizu, who are recast in the roles of Eureka and Anemone (second film), respectively.

Eureka Seven Hi-Evolution 3: Eureka takes place 10 years after the events of the second film. As a result of the "Great Merging," the people of the virtual world call themselves "Green Earth," while the people of the old Earth call themselves "Blue Earth." To protect their dignity, Dewey Novak, a high-ranking officer of the Green Earth military, decides—alongside his allies—to carry out a large-scale terrorist attack. Eureka, who is hated worldwide as the one who caused the chaos, is now a high-ranking top military officer in the independent UN division A.C.I.D. (Acid). She lives to maintain peace in the world. This is the path of redemption Eureka has chosen. Eureka is tasked with protecting a "new Eureka," a young girl named Iris who has the ability to control Scub Coral. At first, the two are at odds, but during their solitary escape, they gradually come to understand each other. She wants to protect Iris and the world. What awaits Eureka at the end of her wish?

The staff for Hi-Evolution 3: Eureka includes Tomoki Kyōda (chief director of Eureka Seven Hi-Evolution, director of Hi-Evolution 2: Anemone) as director, Yūichi Nomura (Aikatsu Planet!) and Kyōda as scriptwriters, Ken'ichi Yoshida (Eureka Seven and Hi-Evolution character designer) as original character designer, and Masashi Okumura (Gundam Reconguista in G design cooperation) as character designer and animation director.

The film was originally set to release in 2019 but was postponed to early summer 2021 and then delayed again to late fall 2021 due to the new coronavirus pandemic (COVID-19) and its impact on the production schedule.