📌 Key Points
- Kamal Haasan: ₹15 Crores DAILY for Kalki! Tollywood Stunned!
- Days Work: ₹150 Crores Total? The UNBELIEVABLE figure!
- VILLAIN’S PAY: Kamal’s Kalki fee makes history!
- Kalki 2898 AD: The most expensive short role EVER?
The rumour mill in Tollywood is buzzing with a truly shocking revelation about Kamal Haasan’s remuneration for Kalki 2898 AD. Despite his brief appearance as Supreme Yaskin, the Ulaganayagan reportedly commanded an astronomical fee, making his short role one of the most expensive in Indian cinema history. This viral news has set the industry abuzz!
₹15 Crore Daily: Kalki Pay Shocker
An interesting and shocking update regarding Kamal Haasan‘s remuneration for his role in the film Kalki 2898 AD is currently going viral, making it a hot topic in Tollywood. Kamal Haasan, a legend of Indian cinema with millions of fans and one of the country’s highest-paid actors, played the villainous character Supreme Yaskin in Nag Ashwin’s directorial, Kalki 2898 AD. Despite his relatively short screen duration, the remuneration he received is exceptionally high—a record amount for only 10 days of shooting.
The stunning details of Kamal Haasan’s earnings were revealed by Yugi, who recounted a conversation with the film’s producer, Ashwini Dutt.
Short Role, Massive Earnings: Tollywood Stunned
Yugi shared, “I thanked Ashwini Dutt for making our friend one of the highest-paid actors in India. I asked him if they were paying ₹150 crore for 20 days. But he replied, ‘No sir, he only gave us 10 days of call sheets.’ It was then that I learned Kamal was paid $2 million (₹15 crore) per day.”
This news about Kamal Haasan reportedly taking ₹15 crore per day for his 10-day commitment is creating a sensation in Tollywood. Stay tuned for more interesting updates.
Looking Ahead
Kamal Haasan’s reported ₹15 crore daily for Kalki is a true sensation. This unprecedented figure, from Ulaganayagan himself, is poised to redefine star remuneration across South Indian cinema. It’s more than a payment; it’s a seismic industry shift. Will this set a new benchmark for our biggest stars?
