Paattu: Premam Fame Alphonse Puthran's next with Fahad Faasil
Published On: 07 September 2020 | Mollywood | By: Saurabh S Nair
Alphonse Puthren, known for his romantic drama Premam, will make a film on music with actor Fahadh Faasil.
Filmmaker Alphonse Puthren, who rose to fame with the highly successful Malayalam romantic drama Premam, has finally announced his next project. He took to Facebook to announce that his next Malayalam film is titled Paattu and it will star Fahadh Faasil in the lead.
“My next feature film’s name is Paattu. Fahadh Faasil is the hero. Produced by UGM Entertainments. This time I’ll be doing music too. It will be in the Malayalam language. Will update the rest of the crew and cast members while the feature film progresses,” Alphonse wrote in his Facebook post.
It’s been five years since the release of Premam and Alphonse is finally ready with his next project. A few years ago, there were reports that he was going to team up with actor Simbu for a Tamil project. It was tipped to be an action flick but the film never took off.
In 2017, Alphonse said that his next film will revolve around music. Interestingly, the film he’s planning to make with Fahadh will revolve around music as its title means song or music. “In two months, I hope to start my next film. This time I was learning and preparing for my next film. The film revolves around music, so in order to talk about the ocean, I must know what it is like. I have dipped my legs and I’ve got wet in the ocean of music. That is why I took a small gap to start the film,” Puthren had written on his Facebook page.
Free Movie Tickets Contest currently active on Moviekoop.
Hindi,Telugu,Tamil,Malayalam,Kannada | 05 December 2024
Hindi,Telugu,Tamil,Malayalam,Kannada | 20 December 2024
Hindi | 20 December 2024
English,Hindi,Telugu,Tamil | 20 December 2024
Hindi,Telugu,Tamil | 10 January 2025
Telugu | 27 March 2025
Tamil | 2025
Trending:
Fashion:
Movie Reviews:
Bhairathi Ranagal Movie Review: The Rise of a Reluctant Gangster
Kanguva Movie Review: A Grand Vision with Uneven Execution