It would seem that the Tardis is materializing to a new service, as AMC+ has dropped a brand-new trailer celebrating it success to be the home of the modern era of the highly sci-fi series, Doctor Who from 2005 to 2022. This major shift will allow fans of the series to witness fan favorite actors and actresses, who portrayed the whimsical time lord, which includes Christopher Eccleston (Thor: The Dark World, Legend), David Tennant (Legend of Vox Machinia, Duck Tales), Matt Smith (House of the Dragon, Morbius), Peter Capaldi (The Suicide Squad, World War Z) and Jodie Whittaker (Attack on the Block, Broadchurch).

Doctor Who has been widely known for it wonderful blend of wacky adventures mixed with deeply resonant emotional arcs. By moving over to AMC+, it will join the library of other fan favorite series which consists of The Walking Dead and Snowpiercer. The newly released trailer highlighted some of the series iconic moments, companions, villains, and regenerations, while also serving as a celeberation for the franchise’s legacy and an invitation for newcomers.

According to mxdwn, the last season of Doctor Who ended with the 15th Doctor, played by Ncuti Gatwa (Sex Education, Barbie) being regenerated and transforming into Billie Piper ((Wednesday, Kaos), who some have speculated will be the new face of the character, but this was a last minute decision of the team. The identity on who will take the mantle on portraying the 16th doctor is still up in the air and is any guess on who it will be.

This major change reflects how the sci-fi phenomenon has made a significant impact on the entertainment industry worldwide and cultivated a massive global fanbase. As of now, Doctor Who is on hiatus, as the BBC has unexpectedly canceled its traditional festive special for this year. With no confirmed release date for the next season, some fans speculate that the series may not return for several years, potentially as long as five years.

Along with AMC+, Doctor Who fans can catch the latest adventures streaming on Disney+.