This festive season, humanitarian charity Penny Appeal is presenting a world first – a pantomime by Muslims, aimed at Muslims. The Great Muslim Panto launches with its premiere show ‘If the Shoe Fits…’ and is coming to six UK cities with the premiere to take place in Bradford on 12 December.

The pantomime is created and performed by ‘Once Upon a Family’, a Muslim family cast of seven, with even the baby taking part. They are also joined by Michael Truong and Mistah Islah, whose original YouTube series ‘The Corner Shop Show’ has generated over 3 million views, and actor and comedian Abdullah Afzal, as seen on the BBC’s ‘Citizen Khan.’

Essentially a panto within a panto, the story revolves around an orphan’s journey and a family’s attempt to create their own ‘halal’ pantomime. The show is a fun reinvention of the classic panto, while keeping the much-loved elements of slapstick comedy, crazy costumes and silly songs.

From the 12 to the 21 of December, ‘If the Shoe Fits…’ is being performed in aid of Penny Appeal’s OrphanKind programme, which supports orphans across the world by providing them with a loving home, food, education and a brighter start in life.

The family panto team, ‘Once Upon a Family’, spent time travelling across Africa and visited some of Penny Appeal’s orphan homes, even running drama workshops with some of the children. Listening to the stories of real orphan children inspired the story for the panto, and prompted them to raise funds to provide care for more children like them.

Mother of the family Anisa commented, “Performing arts is so under-used in both the Muslim and non-Muslim world. We want to be the ones to change that. Creativity should transgress race, religion and class.”

The family began acting together 9 years ago, performing for charity in front of 250 people. Since then their theatre company has gone from strength to strength, writing scripts and performing for a number of other charities. This event, however, is truly unique and written exclusively for Penny Appeal’s production.