📷 Image: Wikimedia Commons / Bollywood Hungama
Entertainment
Rakul Preet Singh explains why she accepted the role of Surpanakha in new Ramayana series
✍️ Mid-Day
🗓 29 Aug 2026, 03:22 AM
👁 2
The actress said the mythological depth of Surpanakha and the opportunity to present a layered antagonist convinced her to join the project.
Rakul Preet Singh told Mid-Day that she agreed to portray Surpanakha in the upcoming television adaptation of the Ramayana after evaluating the character's narrative richness. She highlighted that the mythological figure offers a rare chance to explore motives beyond the traditional villainous label.
The actress emphasized that Surpanakha's story allows a nuanced portrayal of a woman driven by love, jealousy and societal constraints, which she finds both challenging and empowering. Singh said she wanted to bring a contemporary sensibility to the role while respecting its cultural roots.
She also mentioned that the series' creative team, led by director XYZ, is committed to a balanced retelling that humanises all central figures. Singh hopes her performance will spark fresh discussions about gender and morality in ancient epics.
The project, slated to launch later this year, has already generated buzz among fans of mythological dramas, who are eager to see a fresh interpretation of a classic antagonist.
The actress emphasized that Surpanakha's story allows a nuanced portrayal of a woman driven by love, jealousy and societal constraints, which she finds both challenging and empowering. Singh said she wanted to bring a contemporary sensibility to the role while respecting its cultural roots.
She also mentioned that the series' creative team, led by director XYZ, is committed to a balanced retelling that humanises all central figures. Singh hopes her performance will spark fresh discussions about gender and morality in ancient epics.
The project, slated to launch later this year, has already generated buzz among fans of mythological dramas, who are eager to see a fresh interpretation of a classic antagonist.