I Respect When Actors Push Past Their Fears And Give A 100% - Amitt K Singh

The world of acting definitely looks glamorous but it comes with its fair share of risks. Acting is both physically and mentally demanding. Performing action scenes to working long hectic hours is no piece of cake.

Recently, in Dangal TV's show Ranju Ki Betiyaan the audience will witness a shoot scene of suicide attempt by one of the most loved characters Guddu Ji played by Ayub Khan. The scene was physically challenging for the whole crew as they shot it outdoors under the scorching sun. It was extremely risky to shoot.

Talking about the recent sequence, Amitt K Singh who plays Rajveer in the show says, "While shooting the scene, I was a little scared for Ayub Ji. The distance between the bridge and river was approximately 30 feet, but Ayub Ji was so enthusiastic about the scene. He didn't seem scared. To make the scene more impactful he even put one of his legs out of the bridge railing. It was purely his idea. I really respect when actors push past their fear and give a 100% just to make a scene impactful and engaging for the audience."

He also adds, "Ayub Ji is an amazing actor. He is a fun-loving person and there’s no dull moment when he’s around. Being part of Ranju Ki Betiyaan has given me a lot of learning opportunities from senior actors like Ayub Ji and Reena Ji. Both are fabulous."

Amitt also said that he hopes that the audience enjoys the upcoming twists and turns.

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).