# 8 Underrated Sci-Fi Shows That Are Actually Masterpieces From Start to Finish

Collider's roundup highlights eight science fiction series that achieved creative excellence but failed to crack mainstream consciousness. The OA, Netflix's surreal five-part sensation, takes center stage as the poster child for undervalued prestige television. The series, created by Brit Marling and Zal Batmanglij, combined interdimensional mythology with intimate character work before Netflix canceled it after two seasons despite fervent fan advocacy.

Orphan Black, the Tatiana Maslany-led clone saga, appears on the list as another show that deserved broader recognition. Despite critical acclaim and a Primetime Emmy nomination for Maslany's transformative performance, the BBC America thriller never commanded the cultural footprint of Game of Thrones or Breaking Bad, despite matching their narrative ambition.

The compilation underscores a persistent industry problem: ambitious, character-driven science fiction struggles for survival in a landscape dominated by franchise IP and prestige drama sequels. Streaming services in particular have shown trigger-happy cancellation habits with innovative shows that build gradual audiences rather than front-load viewership.

These shows share DNA with celebrated genre entries like Westworld and Fringe, yet lacked either the established fan base or network patience to sustain themselves. Many featured stunning practical and visual effects that rivaled major studio productions, combined with writing that took audiences seriously.

The list reflects deeper frustrations among sci-fi enthusiasts who watched premium cable and streaming platforms greenlight these series with ambition then abandon them without proper resolution. Networks increasingly demand immediate ratings returns rather than betting on long-form storytelling that rewards devoted viewers.

Each selection represents a different subgenre within science fiction. Some traded in psychological horror, others in philosophical inquiry or temporal mechanics. The common thread