Amazon Beauty presents Vanity Diaries: Kiara Advani's favourite look for a special date revealed
Watch Kiara Advani indulging in a candid chat with makeup artist Lekha Gupta in the promo of Vanity Diaries.
Kiara Advani has come a long way in a not so very long time. From coming to limelight with her appearance in MS Dhoni: An Untold Story to acting alongside Shahid Kapoor in Kabir Singh, it must have been an exciting journey! Needless to say, a woman as beautiful as her wouldn't take much time to develop a strong fan base. Also, the flawless skin and hair that she flaunts and the neat fashion sense that she possesses are quite enviable!
Hence, we decided to have Kiara over, for a special episode of Amazon Beauty presents Vanity Diaries, a show you would want to watch if you are interested knowing more about how our favourite celebrities achieve that flawless look. In a conversation with ace makeup artist Lekha Gupta, Kiara will be seen having a heart-to-heart, playing fun games and putting herself under the trusted hands of Lekha for a quick makeup session. There's still some time before we show you the full episode, but here's a quick glimpse! In the video above, Kiara is seen referring to a particular look and revealing that she would like to go on a date like that.
View this post on Instagram
Lekha, a reputed name in the industry, also added her magic touch to Kiara during the trailer launch and promotional events of Kabir Singh. She works with a range of known faces from tinsel town, including Parineeti Chopra, Madhuri Dixit, Swara Bhaskar, Raveena Tandon, Kriti Kharbanda, Mithila Palkar, Karisma Kapoor and Zareen Khan.
Kiara's Kabir Singh, which released on Friday, is already garnering a great response. She will be seen in Good News alongside Akshay Kumar, Diljit Dosanjh and Kareena Kapoor. Kiara is also a part of Akshay's Laxmi Bomb and has reportedly signed Abir Sengupta's Indoo Ki Jawani.
Get your hands on the hottest makeup must-haves for your vanity:https://www.amazon.in/s?k=colorbar+glitter&i=beauty&ref=nb_sb_noss_2Read More