'The Sandman' Season 2 Casts Freddie Fox as Loki

Neil Gaiman's The Sandman was a triumph for Netflix in filming the unfilmable when the first season arrived in the summer of 2022. While the series itself falls squarely in the "British-ish" fantasy category along with shows like House of the Dragon and Lord of the Rings: The Rings of Power, the first season was a showcase of PBS favorites, including Jenna Coleman (Victoria), Arthur Darvill (World on Fire), Sanjeev Bhaskar (Unforgotten), Charles Dance (The Jewel in the Crown), Roger Allam (Endeavour), Derek Jacobi (I Claudius), and Ian McNiece (Doc Martin), to name a few. In May 2024, Netflix revealed several more lead cast members who would join the show's second season. Now, the roster of guest cast for the show's forthcoming season has been released, and once again, it's a who's who of British talent.

For those who are unfamiliar with Gaiman's seminal work, The Sandman, the installments of which were published between 1989 and 1996, was the comic book series that the term "graphic novel" was created to describe. It is considered the series that took comics from the dime store teen reading the genre had been consigned to and proved that the medium could be high art and great literature rolled into one. However, it is a comic book series; to that end, it is a collection of short stories. (This is one reason The Sandman has always been considered unfilmable, due to the disjointed nature of the overall tale.)

Netflix's significant achievement was in recognizing that it should film these stories as stand-alone tales. Season 1 covered Issues 1-8, Preludes & Nocturnes, and then skipped ahead to The Doll's House, Issues 10-16, though not quite in that order. A month later, it then separately released two minisodes for the first two Issues of Dream Country Issues 17 and 18 (Calliope and Dream of a Thousand Cats). By treating each story differently, adapting it as it required, rather than trying to adapt each the same way, the series sidestepped a lot of roadblocks it would have otherwise never been able to solve.