Amy Jackson is a British model and actress who is known for her work in Tamil, Hindi, Telugu and Kannada films. The gorgeous actress started her modeling career at a very young age of 16 and has won numerous beauty accolades including Miss Teen World competition and the Miss Liverpool title.
She made her debut in Bollywood with the romantic drama movie Ekk Deewana Tha. However, she received much recognition after her major role in Shankar’s romantic thriller I. Amy has also been a part of many super-hit movies including Yevadu and Singh is Bling.
Amy was last seen in Bollywood movie Freaky Ali and live performance at the IPL 2017. Since, then she was underground working on her future projects. However, she recently made headlines and a picture of her went viral. Well, we are talking about her recent photoshoot which she did for a fashion magazine.
So, you might be wondering what is so special in her latest photoshoot that she is making headlines out of it. There is something special in the picture below which is getting viral over internet.
If you can take a closer look at it, you will be stunned because Amy Jackson has not left much for the imagination. Yes! You are right, Amy is not wearing anything under her beautiful golden netted fringed top. It is indeed a bold step for the diva who is already known for her ravishing figure and bold curves.
Also read: Rare and Hot Pictures of Sunny Leone
However, there is no doubt that Amy is looking extremely gorgeous in this picture of her. She paired the golden crop top with a glittering leggings. Her sensuous expression is the cherry on the cake. With this photoshoot for a swimsuit collection, she is taking the hotness factor to whole new level.
In career front, Amy is on her best. She will soon be seen alongside superstar Rajinikaant and Akshay Kumar in the upcoming movie 2.0, which is the second installment to super-hit movie Robot. Apart from Indian film industry, Amy is all set to step into Hollywood with the Boogie Man (2017). Well, we wish her to keep the good work and reach new heights.