Radha Ka Sangam(1991)
Radha Ka Sangam is a 1992 Hindi romance film directed and produced by Kirti Kumar. The lead cast includes Govinda, Juhi Chawla, and Kirti Kumar. The story follows a couple who marry and face repeated tragedies, leading to a separation by death. Their love is so strong that their souls reunite in a new life through reincarnation. The film is notable for its emotional depth and its focus on eternal love and destiny. It was released in 1992 in India.
Quick Facts
- Streaming on
- VI movies and tv, SonyLiv, Zee5, YouTube
- Theatrical Release
- 1 January 1991
- Director
- Kirti Kumar
- Language
- Hindi
- Runtime
- 2h 38m
- Rating
- 4.6/10
Storyline
Govinda and Radha fall in love and marry, but tragedy destroys their happiness. After Radha dies, Govinda is left heartbroken. Years later, he meets a woman who is Radha reborn. Their souls reconnect, and they must decide if love can survive across lifetimes.
“Love that never dies”
Film Details
Parental Guide
Where to Watch
Vibe & Tags
Cast & Crew



Reunion Meter
Frequent partnerships reunited for Radha Ka Sangam
Cast reunions in this film: Juhi Chawla & Govinda (7 films together), Kiran Kumar & Govinda (7 films together), Govinda & Kirti Kumar (7 films together), Juhi Chawla & Anu Malik (3 films together), Kiran Kumar & Sudhir Dalvi (3 films together), and Juhi Chawla & Kiran Kumar (2 films together).
Trivia
- The film's title references the Hindu deity Radha, but the story is not a mythological adaptation.
- Kirti Kumar, the director, is the brother of actor Jeetendra and uncle to actress Ekta Kapoor.
- This was one of the few films where Govinda and Juhi Chawla were paired as the lead romantic couple.
- The movie was released the same year as Govinda's bigger hits like Shola Aur Shabnam.
- The plot uses the concept of reincarnation, a popular theme in early 90s Hindi cinema.
- Actor Kader Khan, known for his comic roles, appears in a supporting dramatic part.
- The soundtrack featured music by Bappi Lahiri, who was known for his disco-style compositions.