Buy White Maxi Dresses Like Fatima Sana Shaikh's

Dangal star Fatima Sana Shaikh is all ready to be seen in her new avatar in Thugs of Hindostan which releases in November. Fatima is said to be playing the role of a warrior archer thug in the film which also stars Amitabh Bachchan, Aamir Khan and Katrina Kaif. While we're excited to see Fatima along with the rest of the Thugs of Hindostan cast in their new on-screen roles, Fatima has also been captivating us with her off-screen appearances.

Yesterday, Fatima was spotted in Mumbai looking strikingly attractive in a plain white maxi dress. Her strappy dress featured a translucent cutwork panel below the knees as well as around the waist. She paired her dress with a brown sling bag and a pair of white soled shoes with transparent straps.

It's hard to go wrong with a white maxi dress no matter where you're headed - and Fatima is definite proof of that. Whether for a brunch, a night out or even to the airport, a white maxi dress looks minimalistic and chic. That's why we've put together a few white maxi dresses for you to buy.

With its cutwork and thigh-high slit, this white maxi dress from Voberry would be ideal for a date night. Much like Fatima's dress, it features a transparent panel around the waist and the bottom. It does however seem slightly more modest because of the three-quarter sleeves. It is priced between Rs 815 and Rs 1019.

If you're looking for something slightly more funky and with a little more spunk, we would suggest you go for this white maxi with colourful pom-poms around the waist. It's a fun number while still staying rather minimalistic. From Secret Bazaar, this dress is priced at Rs 999.

This plain white, flowing maxi dress with ruffle detailing on the bodice is bound to be a winner in every situation. No matter what the occasion or where you're heading, this simple and elegant number with a cinched waist will make you stand out. This dress from Miss Chase is priced at Rs 1419.

Want more such suggestions? Let us know in the comments section below.