Ranbir Kapoor’s ‘Ramayana’ Teaser: A Captivating First Look

The eagerly awaited teaser of Ranbir Kapoor’s ‘Ramayana’ was released on Thursday, showcasing an impressive portrayal of Lord Rama. The spectacular visuals and grand scale have set the internet abuzz with excitement, earning considerable praise from fans and celebrities alike.

Celebrities React to the ‘Ramayana’ Teaser

Karan Johar’s Enthusiastic Praise

Karan Johar took to social media to express his excitement for the teaser. He wrote:
“CANNOT WAIT!!!! Ranbir Kapoor embodies Lord Rama with divine reverence and piousness… his last turn on hearing his name was the pièce de résistance of this spectacular first look.”

Explore the Teaser: Witness the Buzz

Siddharth Anand’s Impressions

Siddharth Anand also shared his admiration for Ranbir Kapoor’s look as Lord Rama. He described the teaser as “SPECTACULAR” and expressed enthusiasm about celebrating Diwali 2026 with the film, praising Nitesh Tiwari’s direction and Namit Malhotra’s production work.

Alia Bhatt and Hrithik Roshan Share Their Thoughts

Following the teaser’s release, Alia Bhatt, Ranbir’s wife, reposted the teaser on Instagram, stating:
“Rama. In cinemas globally. Diwali 2026 & 2027.”
Hrithik Roshan chimed in on Alia’s post, exclaiming, “O my god !! Insane !! Love it !!”

Key Moments and Characters in the Teaser

The teaser not only highlights Ranbir’s majestic portrayal of Lord Rama but also showcases pivotal scenes, including:

• Rama immersing King Dasharath’s ashes
• The departure from Ayodhya
• The intense battle against Kumbhkaran

Additionally, the teaser introduces Sai Pallavi as Sita and Ravi Dubey as Laxman. One of the standout moments features Ravana’s Pushpak Vimana, where Yash’s menacing portrayal of Ravana is briefly highlighted.

The excitement surrounding the ‘Ramayana’ teaser reflects its potential to become one of the most significant cinematic experiences in upcoming years. As Diwali 2026 approaches, fans can hardly contain their anticipation for this extraordinary adaptation.