Foto de जॉन अब्राहम
Interpretación

जॉन अब्राहम

Profesión
Interpretación
Nacimiento
17 de diciembre de 1972 · Kochi, Kerala, India

Biografía

John Abraham (born December 17, 1972) is an Indian film actor, producer and a former model who appears in Hindi films. After modelling for numerous advertisements and companies, Abraham made his film debut with Jism (2003), which earned him a Filmfare Best Debut Award nomination. This was followed by his first commercial success, Dhoom (2004). He received two Filmfare Award nominations, for his negative roles in Dhoom, and in Zinda (2006). He later appeared in the major critical success Water (2005). He was nominated for a Filmfare Award for Best Supporting Actor for the film Baabul (2006). Since then, Abraham has starred in many critically and commercially successful films including Dostana (2008), New York (2009), Force (2011), Shootout at Wadala (2013), Madras Cafe (2013) and Welcome Back (2015). His second film as a producer was Madras Cafe, which garnered critical acclaim. His athletic and muscular physique has contributed to his status as one of the most influential sex symbols in Bollywood. He is the co-owner of the Indian Super League football team NorthEast United FC. Apart from acting, Abraham has often performed many dangerous stunts in his films.

Conocido por

Póster de Pathaan
Pathaan
Película · 2023 · ★ 6,4
Póster de Dhoom
Dhoom
Película · 2004 · ★ 6,3
Póster de Kabhi Alvida Naa Kehna (Never Say Goodbye)
Kabhi Alvida Naa Kehna (Never Say Goodbye)
Película · 2006 · ★ 6,5
Póster de Misión Ataque
Misión Ataque
Película · 2022 · ★ 6,8
Póster de Vicky Donor
Vicky Donor
Película · 2012 · ★ 6,8
Póster de दोस्ताना
दोस्ताना
Película · 2008 · ★ 6,2
Póster de वज़ीर
वज़ीर
Película · 2016 · ★ 6,6
Póster de हाउसफुल २
हाउसफुल २
Película · 2012 · ★ 5,6
Póster de एक विलेन रिटर्न्स
एक विलेन रिटर्न्स
Película · 2022 · ★ 5,9
Póster de Race 2
Race 2
Película · 2013 · ★ 5,4
Póster de Madras Cafe
Madras Cafe
Película · 2013 · ★ 6,7
Póster de Agua
Agua
Película · 2005 · ★ 6,8

Filmografía