Prashant Neel designed powerful role in NTR project. NTR-Prashant Neel Collaboration: A Glimpse into the "Devara" Sequel?.
The upcoming collaboration between NTR and Prashant Neel has been generating buzz since its launch. Now, fresh rumors are swirling around the film, adding to the anticipation.
Industry whispers suggest that "Devara" might be set in a new, exciting backdrop. Adding another layer of intrigue, speculation points towards a significant antagonist role alongside NTR's lead character. This hints at a possible multi-hero film, with a prominent actor portraying the villain. While the identity of this potential antagonist remains shrouded in secrecy, the buzz is already building.
While "Devara" is generating excitement, NTR is currently busy filming "War 2." This has led to a planned shooting schedule where Prashant Neel will kick off principal photography for "Devara" in the last week of November. However, NTR will only join the sets after the third week of January, as he completes his commitments to "War 2."
The NTR-Prashant Neel project has been touted as a high-budget venture from the start. This further fuels the speculation about the film's scope and ambition, with fans eagerly awaiting official announcements about the cast, crew, and storyline.
While these rumors remain unconfirmed, it's worth noting that Prashant Neel's previous films, especially "K.G.F," have showcased complex narratives with strong supporting characters and intriguing storylines. It wouldn't be surprising if "Devara" adopts a similar approach, potentially even evolving into a multi-part franchise akin to "K.G.F."
The coming months will be crucial for "Devara" as production gains momentum. Fans eagerly await official announcements to unravel the mystery behind the new setting, the potential antagonist, and the film's overall direction. With a powerhouse combination like NTR and Prashant Neel at the helm, "Devara" has the potential to be a cinematic event, and the speculation surrounding its narrative only adds to the anticipation.