The Carolina Panthers faced a challenging 2023 season, finishing with a dismal 2-15 record, marking them as the worst team in the NFL. They struggled significantly, failing to secure a single win in any of their away games. Additionally, they no longer possessed their top draft pick, having traded it to the Bears for the opportunity to select quarterback Bryce Young.
As they transition into the 2024 season, Young and the Panthers will be looking to make a fresh start as they take on the New Orleans Saints on Sunday. The Saints narrowly missed the playoffs last year, concluding with a 9-8 record that placed them ninth in the NFC and second in their division, falling short due to tiebreaker losses against the Seahawks, Packers, and Buccaneers.
The much-anticipated clash between the Panthers and Saints is set to kick off at 1 p.m. ET (10 a.m. PT) at the Caesars Superdome in New Orleans, Louisiana.
For those unable to access the game locally, using a VPN can circumvent blackout restrictions and help stream the game. A VPN not only prevents internet service providers from throttling speeds but also enhances privacy when connected to public Wi-Fi. By using a VPN, viewers can effectively change their virtual location, ensuring access to the game without any issues related to incorrect IP address assignments.
The Panthers vs. Saints matchup will be broadcast nationally on Fox. The network is accessible through various live TV streaming services. Notably, Sling TV offers the most affordable option, starting at $45, with availability of local Fox channels varying by location. Additional services such as YouTube TV, Hulu Plus Live TV, DirecTV Stream, and Fubo also provide access to Fox, though often at higher prices, alongside broader channel offerings.
For viewers with a solid TV setup, an over-the-air antenna could serve as another viable option for watching Fox, without incurring any monthly fees.
All the mentioned streaming services provide free trials, convenience of cancellation, and require a reliable internet connection for optimal viewing.