📷 Image: Wikimedia Commons / Bollywood Hungama
Entertainment
Kamal Haasan revives ‘Sandiyar’ title, explains 2003 drop for ‘Virumaandi’
✍️ Livemint
🗓 08 Nov 2026, 03:02 AM
👁 15
Veteran actor Kamal Haasan has announced the revival of the ‘Sandiyar’ title and clarified why he abandoned it for his 2003 film ‘Virumaandi’.
Veteran Indian actor‑director Kamal Haasan disclosed that he is bringing back the title “Sandiyar”, a name he had once considered for a film project. The announcement was reported by Livemint, which noted that Haasan intends to use the revived title for an upcoming creative venture.
In 2003, Haasan’s political drama “Virumaandi” was originally slated to carry the “Sandiyar” label. However, he later dropped the title amid concerns that the term could spark controversy and attract legal scrutiny, prompting a change before the film’s release.
Haasan later reflected that the decision was driven by a desire to avoid unnecessary distraction from the film’s narrative. By reviving “Sandiyar” now, he signals a willingness to revisit past ideas under different circumstances, a move that has attracted attention from fans and industry observers alike.
The actor’s decision underscores his long‑standing practice of experimenting with bold concepts while remaining mindful of public perception and regulatory sensitivities.
In 2003, Haasan’s political drama “Virumaandi” was originally slated to carry the “Sandiyar” label. However, he later dropped the title amid concerns that the term could spark controversy and attract legal scrutiny, prompting a change before the film’s release.
Haasan later reflected that the decision was driven by a desire to avoid unnecessary distraction from the film’s narrative. By reviving “Sandiyar” now, he signals a willingness to revisit past ideas under different circumstances, a move that has attracted attention from fans and industry observers alike.
The actor’s decision underscores his long‑standing practice of experimenting with bold concepts while remaining mindful of public perception and regulatory sensitivities.