Problems and challenges test our inner strength - Amitt K Singh

Every actor faces challenges and problems that come their way but it depends on how one solves them. Actor Amitt K Singh who is playing Rajveer in Dangal TV's Ranju Ki Betiyaan talks about how he was not very comfortable diving and shooting in a pool and his introductory scene in the show demanded him to do that.

Talking about the difficulties, Rajveer aka Amitt says, "I was introduced in ‘Ranju ki Betiyaan’ in the most desirable way. It was like a dream! A chiselled body and coming out of the pool. It looked so good on the screen although I really had a tough time shooting that sequence. I had to dive in the pool and the shot had to be captured from various angles. The catch was, I know how to swim but am not very comfortable diving. I took a long breath and jumped several times and tried my best to get the perfect shot. Also, the pool water was very hazy. I could barely see anything. While I prefer wearing my swimming glasses on, I couldn’t use them for the scene. After multiple shots and takes, we finally got the scene right. It took approximately 4 hours to complete just this introduction scene."

He also added, "Problems and challenges are thrown our way to test our inner strength, to help us grow in spirit, and discover the true meaning. And therefore, all the struggles were worth it when I saw the scene and got many compliments from other co-actors, friends, family and my audience. "

Ranju Ki Betiyaan is a heart touching story of a single mother Ranju and her struggles of raising 4 daughters in a patriarchal society. It delves into the various societal issues faced by single mothers, and will witness Ranju empowering herself to raise her four daughters single-handedly to help them achieve their dreams. Catch Ranju Ki Betiyaan at 9.30pm only on Dangal TV.

Dangal TV is available on leading cable networks and DTH platforms – DD Free Dish (CHN NO 29), Tata Sky (CHN NO 177), Airtel (CHN NO 125), Dish TV (CHN NO 119) Sun Direct (328) and Videocon D2H (CHN NO 106).