CBS has officially confirmed that Fire Country will have a significantly reduced episode order of 13 for its fifth season, down from the previous count of 20 episodes in Season 4. This announcement, made on May 1, 2026, comes as a surprise given Fire Country’s status as one of CBS’s top-rated drama series since its inception.
The decision to cut the episode count follows a broader trend at CBS, where other shows are also experiencing reductions; for instance, both NCIS: Origins and NCIS: Sydney will each feature only 10 episodes next season, down from their respective counts of 18 and 20. Additionally, Matlock will return for Season 3 with a similar reduction to 13 episodes.
Key facts about CBS’s programming changes:
- Fire Country’s Season 5 episode count is set at 13.
- This is a decrease from the previous season’s total of 20 episodes.
- NCIS: Origins and NCIS: Sydney will each have only 10 episodes next season.
- Matlock will return with a reduced order of 13 episodes.
Despite these reductions, CBS plans to expand its scripted roster for the upcoming 2026-27 season by adding three new drama series and one new comedy series. This strategy appears aimed at maintaining the network’s successful Friday night lineup, which has remained number one for an impressive 16 consecutive seasons. According to Amy Reisenbach, CBS’s president of entertainment, “We’re sticking with what works.”
The changes at Fire Country coincide with a transition behind the scenes, as the show is undergoing a change in showrunners. This shift may influence creative direction moving forward. Nevertheless, industry sources indicate that Fire Country continues to be regarded as a solid performer within CBS’s lineup.
The finale for Season 4 is scheduled to air on May 22, 2026, marking the end of another successful run before these adjustments take effect. Observers note that while reductions in episode orders can be perplexing—especially for high-performing shows like Fire Country—these decisions often reflect broader strategic considerations within network programming.
