This actor will play a big role in Prabhas’ film!
There is a lot of discussion about ‘Kalki 2898AD’. The film is going to hit the theaters on June 27. Prabhas is playing the role of ‘Bhairav’ on one hand and Deepika Padukone is playing the role of ‘Padma’ on the other hand in this film. The character is said to be inspired by Mother Lakshmi. Amitabh Bachchan is playing the role of ‘Ashwathama’ in the film. A glimpse of her young look was also seen in this. Kamal Haasan is playing the role of the villain. It was recently revealed that there is another villain in the film. There are also reports of many superstars having cameos in ‘Kalki 2898AD’. This includes Vijay Devarakonda.
The trailer of Nag Ashwin’s movie is about to come, which everyone is eagerly waiting for. Recently, the first poster of the film featuring Deepika Padukone was revealed, creating quite a stir. Everything about ‘Kalki 2898AD’ is almost confirmed. Among the actors that Nag Ashwin has finalized for a cameo, there is a major update regarding Vijay Deverakonda’s role.
This actor will be the ‘Partha’ of Lord Sri Krishna
Recently, a report by Telugu 360.com has surfaced that Vijay Devrakonda is going to play the role of Arjun in Prabhas’ Kalki 2898. His character will be very important. Earlier there were reports that he is doing a cameo in the film. But as per the latest update, Vijay Deverakonda may not have a cameo but may have a longer role in the film. At the same time, there is no update yet regarding Dulquer Salman Khan’s character. No information has been released regarding the role of any character making a cameo in this science-fiction entertainer.
Fans are very excited to hear that Vijay Devarakonda is going to play the role of Arjun in the film. But the official announcement from the makers is still awaited. Till now the makers were only giving information about the characters of Prabhas and Amitabh Bachchan. Everyone is still waiting to know in which roles Deepika Padukone, Kamal Haasan and other stars will be seen. However, some clues have been found.
