Finaly Ram Leela is forever! Deepika and Ranveer will marry in the south Indian tradition as well as in the north Indian way. The four-day affair will be kick started by a sangeet function on November 13. This will be followed by a Kannadiga style wedding on November 14. On November 15, they will tie the knot again, this time in the North Indian way.
When and Where
One of the most anticipated weddings of the year is here. Deepika Padukone and Ranveer Singh, who are all set to tie the knot in Italy in November 14 and 15, will have two wedding ceremonies, a sangeet and a party according to reports.
The Happening
Soon after the couple shared the news in brief notes in English and Hindi. That they posted on their respective social media accounts, the people started trolling them.
Both Deepika and Ranveer were very keen to make a formal announcement informing their audience about their marriage. The duo have been discussing and overlooking the minutest of details, in fact an earlier announcement was expected over the auspicious occasions of Ganpati and Dussehra.
Deepika and Ranveer made the wedding announcement with this statement: “With the blessings of our families, it gives us immense joy in sharing that our wedding is set to take place on the 14th and 15th November, 2018. We thank you for all the love you have showered upon us over the years and seek your blessings as we embark on this incredible journey of love, loyalty friendship and togetherness.”
As per previous reports, Deepika and Ranveer will fly off to Italy’s Lake Como for their close-knit wedding. The event will be restricted to family and close-friends, including Arjun Kapoor and Sanjay Leela Bhansali. Well ShahRukh Khan and Farah Khan will also participating as well.
Deepika and Ranveer fell in love with each other on the sets of Sanjay Leela Bhansali’s Goliyon Ki Raasleela Ram-Leela (2013). Ever since they started dating each other, they have evaded questions on their love life. In the last couple of days, however, the couple dropped several hints about the equation they share.
