Rob Lamberti presents Perfectly George - a celebration of the songs and music of George Michael comes to STACK Lincoln!
Join us on Sunday, 10 August 2025, for another electrifying performance by the tribute artist who truly embodies the essence of one of the greatest singer-songwriters of all time.
Featuring the incredible voice of Rob Lamberti, this show has wowed audiences around the country and Europe and lifted them to their feet, in a dynamic show that tactfully and appropriately celebrates the career of one of the most gifted performers of a generation.Ā
Doors open at 6:30pm
Start Time: 7:45pm
*Tickets will appear in your emails as a GIFTCARD. Press the 'View Tickets' button to view the QR code*
From Wham! all the way through to the diverse eras of Georgeās hugely successful solo career, including timeless hits like āCareless Whisperā, āFaithā, āIām Your Manā, āClub Tropicanaā, and so many more, the show tells the story of George Michael in the vast repertoire of songs that made him an icon to so many.
Rob Lamberti, definitively & perfectly George, instantly became a fan favourite across social media. Quite simply, as leading theatre blog West End Wilma called, āa⦠brilliant showā¦.nothing short of perfection, and what a magical way to pay homage to the late and great, Mr George Michael.ā
Rob Lamberti is a star in his own right after featuring on the BBCās āEven Better Than the Real Thingā in 2017. Bearing a voice worthy of performing Georgeās remarkable catalogue of hits, he has gone on to establish a successful career playing homage to his hero. Rob also featured in the Steve Coogan film āGreedā.
š Strictly Over 18's Only - We operate a Challenge 25 Policy. Please ensure you bring valid ID.
āæ We understand that some guests may need support while enjoying an event, which is why we offer one free carer ticket. Please contact us at [email protected] with a copy of your ticket and order number and a copy of your PIP, DLA or NIMBUS card.Ā
Please read T&Cs before booking.
Tables are on a first come, first served basis.