Negative
26Serious
Neutral
Optimistic
Positive
- Total News Sources
- 1
- Left
- 1
- Center
- 0
- Right
- 0
- Unrated
- 0
- Last Updated
- 1 day ago
- Bias Distribution
- 100% Left
:max_bytes(150000):strip_icc()/the-walking-dead-season-3-norman-reedus-2-06225-c137419fba1549548f0b3b486ad7ed3c.jpg)
:max_bytes(150000):strip_icc()/the-walking-dead-season-3-norman-reedus-2-06225-c137419fba1549548f0b3b486ad7ed3c.jpg)
The Walking Dead: Daryl Dixon Season 3 Premieres in Spain September 7
The third season of The Walking Dead: Daryl Dixon, set to premiere on AMC and AMC+ on September 7, shifts the post-apocalyptic saga to Spain, showcasing diverse Spanish locales such as Madrid, Galicia, Aragón, Catalonia, and Valencia. The season follows main characters Daryl Dixon and Carol Peletier as they continue their perilous journey to return home, facing new environments, zombies, and survivors amid vibrant cultural backdrops. Filming occurred across 38 sites in eight autonomous communities, incorporating iconic landmarks like La Alhambra and the Real Alcázar, giving the show a fresh visual identity that contrasts the familiar American settings. The cast includes franchise veterans Norman Reedus and Melissa McBride, alongside Spanish actors Eduardo Noriega, Óscar Jaenada, Alexandra Masangkay, and others, with British comedian Stephen Merchant joining in an undisclosed role. The season teaser highlights both moments of respite and intense zombie battles, emphasizing themes of survival, hope, and resilience in a changed world. Overall, the new season promises a blend of action and cultural exploration as Daryl and Carol navigate the challenges of a zombie-infested Europe.

- Total News Sources
- 1
- Left
- 1
- Center
- 0
- Right
- 0
- Unrated
- 0
- Last Updated
- 1 day ago
- Bias Distribution
- 100% Left
Negative
26Serious
Neutral
Optimistic
Positive
Related Topics
Stay in the know
Get the latest news, exclusive insights, and curated content delivered straight to your inbox.

Gift Subscriptions
The perfect gift for understanding
news from all angles.