Animal Park Sequel Update – Key Highlights
Director sandeep Reddy Vanga has shared fresh updates that have increased fan excitement.
The original film received a strong fan response and achieved massive box office success worldwide.
Due to the popularity of the first installment, anticipation around the sequel is extremely high.
Shooting Schedule Revealed
Sandeep reddy Vanga confirmed that shooting for Animal Park will begin in mid-2027 (correcting earlier misreported dates).
He mentioned that he is currently busy with another film project.
Once his current commitment is completed, full focus will shift to Animal Park production.
Pre-production work and story development are already underway behind the scenes.
Story Direction and Theme Hints
Vanga revealed that the sequel will feature greater intensity and more layered characters.
He hinted that “more animals” will appear metaphorically — meaning more fierce and morally complex personalities.
The story will revolve around a conflict between two identical-looking brothers.
This duality and rivalry are the reasons behind the title “Animal Park.”
The narrative is expected to be darker, more violent, and psychologically deeper than the first film.
Villain and Double Role Twist
A major highlight is the character Aziz, who will serve as a central villain figure.
Ranbir Kapoor will play a double role in the sequel.
He will return as Ranvijay Singh while also portraying Aziz.
This dual casting sets up a dramatic data-face-off between two characters played by the same actor.
The brother-versus-brother dynamic is expected to drive the main conflict.
Ranbir Kapoor’s Reaction
Ranbir Kapoor joined the virtual interaction and expressed strong enthusiasm.
He said he is excited to reunite with sandeep Reddy Vanga on set.
According to Ranbir, the sequel’s story was already clear in the director’s mind during the first film.
He described this clarity as inspiring for him as an actor.
Ranbir also confirmed that he and Vanga regularly discuss the sequel’s development and character depth.