Huma Qureshi Joins 'Delhi Crime' Season 3: New Role in Shefali Shah's Emmy-Winning Series

The acclaimed series Delhi Crime is set to return for its third season, with actress Huma Qureshi joining the cast. Qureshi, known for her versatile performances in films like Gangs of Wasseypur and Leila, will portray a pivotal character in the upcoming season. Shefali Shah, who earned an Emmy Award for her role as Vartika Chaturvedi in the previous seasons, continues to lead the ensemble cast.

About 'Delhi Crime'

Delhi Crime is a crime drama series that delves into the investigation of the 2012 Delhi gang rape and murder case. The show has received critical acclaim for its realistic portrayal of the police investigation and the emotional depth of its characters. The first season premiered in 2019, followed by a second season in 2022, both of which garnered international recognition.

Huma Qureshi's Role

While specific details about Huma Qureshi's character in Season 3 are yet to be revealed, her addition to the cast has generated significant excitement among fans and critics alike. Her previous work in both mainstream and independent cinema showcases her ability to bring complex characters to life, making her a valuable addition to the series.

Production and Release

The third season of Delhi Crime is currently in production, with filming taking place in various locations across Delhi. The series is expected to premiere on Netflix in late 2025. Fans can anticipate a gripping continuation of the narrative, with the introduction of new characters and deeper explorations into the themes of justice and societal issues.

Conclusion

The inclusion of Huma Qureshi in Delhi Crime Season 3 marks an exciting development for the series. Her talent and experience promise to add depth and intrigue to the forthcoming season, which continues to highlight the complexities of crime and law enforcement in India. With Shefali Shah's continued involvement and the addition of new cast members, the upcoming season is poised to captivate audiences worldwide.