Nag Ashwin's highly anticipated sci-fi epic, "Kalki 2898 AD," is set to hit theaters on June 27th, following the granting of a U/A certificate by the Central Board of Film Certification (CBFC). The film, starring Pan India Star Prabhas and Deepika Padukone, promises to be a grand cinematic experience, blending mythology and science fiction with a runtime of 3 hours and 47 seconds.The first half duration is 1 hour 33 minutes and 15 seconds while the second half comes to 1 hour 27 minutes and 32 seconds.

The CBFC has mandated a disclaimer at the beginning of the film, clarifying that the film's fictional content takes cinematic liberties with no intention to offend any religion. This ensures sensitivity regarding the film's mythological inspiration, which draws from the Hindu epic and the story of Kalki, the tenth and final incarnation of Lord Vishnu.

The film's trailer has already generated immense buzz, showcasing a captivating world with stunning visuals, top-notch VFX, and a compelling storyline. It presents three distinct worlds: Kashi, a city struggling for survival, the Complex, a luxurious utopia controlled by the elite, and Shambala, a mystical refuge for those persecuted by the Complex.

The star-studded cast includes Prabhas as Bhairava, tasked with bringing back Padma, Deepika Padukone as Sumati facing intense challenges, Amitabh Bachchan as the daring Ashwatthama, Kamal Haasan as the enigmatic antagonist Yaskin, and Disha Patani as Roxie.

"Kalki 2898 AD" is set to be one of the most ambitious films in Indian cinema, with a reported budget of $72 million, making it the most expensive Indian film ever made. Alongside the lead cast, the film boasts a supporting cast featuring Saswata Chatterjee, Brahmanandam, Pasupathy, Anna Ben, and Shobana, further amplifying the film's scale and star power.

With its unique blend of mythology, science fiction, and a stellar cast, "Kalki 2898 AD" is poised to become a blockbuster event, captivating audiences worldwide with its epic storytelling and groundbreaking visual effects.