KGF Chapter 2 Official Teaser Release Date Announced: Makers have confirmed through a New Poster Featuring Yash

While all the fans and cinema lovers are waiting for the official update of KGF Chapter 2, today on the completion of 2 Years of Release of KGF, makers have released the new poster of Yash and has also announced the release date of KGF Chapter 2. The official teaser of this much-awaited film will be going to release on the occasion of Rocking Star Yash's birthday i.e. 8th January.

Here's an official announcement from the director Prashant Neel on Social Media:-

It might have taken a year longer for this, but we are coming stronger, bigger & deadlier!#KGFChapter2TeaserOnJan8 at 10:18 AM on @hombalefilms youtube.@VKiragandur @TheNameIsYash @duttsanjay @TandonRaveena @SrinidhiShetty7 @BasrurRavi @bhuvangowda84 pic.twitter.com/evCn5jiBkn

— Prashanth Neel (@prashanth_neel) December 21, 2020

Earlier on the social media, Prashant Neel has announced that an official update on KGF Chapter 2 will be released on 21st December. He wrote that "So, finally the day has come, where I can tell you all we are nearing the end of KGF Chapter 2. A ritual we always follow on December 21 for our wonderful audiences. You will have it this year too. A treat for you all from the team on December 21th at 10:08 A.M. on all our official handles. Thank you for being patient as always and being our rock through this journey.

Here's the much anticipated news of the year! The wait is over! This is for all our crazy fans out there. #KGFChapter2@VKiragandur @TheNameIsYash @prashanth_neel @hombalefilms @duttsanjay @SrinidhiShetty7 @TandonRaveena @bhuvangowda84 @BasrurRavi @Karthik1423 pic.twitter.com/Z7EdeXkzjG

— Prashanth Neel (@prashanth_neel) December 19, 2020

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KGF Chapter 2 also features Sanjay Dutt, Raveena Tandon, Prakash Raj, Anant Nag and Srinidhi Shettty in pivotal roles. According to reports, Sanjay Dutt has already completed his portions for the film. In the last leg of shoot, he and Yash shot for the film's climax portions, which involves high-octane sequences.