The pre-release event of Ranabaali, starring Vijay Deverakonda and Rashmika Mandanna, was held ahead of the film’s worldwide theatrical release on October 16, 2026. Directed by Rahul Sankrityan, the period rural action drama has generated interest with its setting and the story it aims to tell. Vijay Deverakonda’s speech at the event stood out as he spoke about the film’s vision, his career journey, environmental responsibility and his admiration for Rashmika Mandanna.
Vijay spoke about Rahul Sankrityan’s intention to bring an important, untold story to the screen, explaining that the director wanted to create something beyond a regular commercial film. He also reflected on his own career and the experiences that shaped him as an actor. Recalling the success meet of Taxiwaala, Vijay brought back his memorable pledge, “When I said I will be back, be bloody sure, I will be back.” The moment connected his earlier words to his return with renewed determination after facing professional setbacks.
Another notable part of his speech was his reference to the Super El Niño phenomenon and the importance of conserving water and natural resources. Vijay spoke about environmental responsibility, referring to the issue mentioned by the Chief Minister of Telangana. The timing also drew attention, with the discussion around Super El Niño coinciding with his appeal to people to be mindful of the environment.
Vijay also expressed his gratitude to the producers at Mythri Movie Makers, cinematographer Jishnu and music directors Ajay-Atul for their contributions to Ranabaali. He spoke warmly about Rashmika Mandanna, praising her hard work, professional growth and dedication. Expressing how proud he was of her journey, Vijay highlighted the importance of her character, Jayamma, in the film.
With Vijay and Rashmika sharing the screen once again, Ranabaali brings together the popular pair under Rahul Sankrityan’s direction. The film is set to arrive in theatres worldwide on October 16, 2026, with the pre-release event adding to the anticipation surrounding its release.