Political leader Raj Thackeray has advised against the release of Fawad Khan and Mahira Khan's film 'The Legend of Maula Jatt ...

Pakistan’s highest-grossing film – ‘The Legend of Maula Jatt ... between local hero Maula Jatt, played by Fawad Khan, and Noori Natt, played by Hamza Ali Abbasi, the leader of a ...

The Legend of Maula Jatt ... Starring Fawad Khan, Mahira Khan, Hamza Ali Abbasi, and Humaima Malick, the film delves into the intense rivalry between Maula Jatt and Noori Natt.

Pakistani superstar Fawad Khan’s critically acclaimed film The Legend ... Maula Jatt. Directed by Bilal Lashari, the movie stars Fawad Khan as the iconic Maula Jatt, alongside Mahira Khan and ...

played by Hamza Ali Abbasi. The film also features Mahira Khan, Humaima Malik, and Faris Shafi in supporting roles. The Legend of Maula Jatt was a commercial and critical success, breaking ...

The record-breaking Pakistani film The Legend of Maula Jatt, which made history in both ... Imran Abbas Naqvi, Sajal Ali and Mawra Hocane have worked in Indian cinema. The artists also received ...

Pakistani actors Fawad Khan and Mahira Khan-starrer The Legend ... film Maula Jatt. The main focus of the movie revolves around the legendary rivalry between Noori Natt played by Hamza Ali Abbasi ...

The Legend of Maula Jatt, the 2022 Pakistani blockbuster starring Fawad Khan and Mahira Khan, is set to make its long-awaited release in Indian theatres, marking a significant moment for cross ...

Hamza Ali Abbasi and others. It is directed by Bilal Lashari and produced by Ammara Hikmat and Asad Jamil Khan. It will be released in India by Zee Studios. The Legend Of Maula Jatt is based on ...

Pakistani stars Fawad Khan and Mahira Khan's The Legend ... film Maula Jatt. The main focus of the movie revolves around the legendary rivalry between Noori Natt, played by Hamza Ali Abbasi ...

Acclaimed Pakistani blockbuster, ‘The Legend of Maula Jatt’, featuring Fawad Khan, Mahira Khan and Hamza Ali Abbasi in key roles, is set to finally screen in India on October 2.