Netflix will celebrate Christmas with an unprecedented sports event: its first NFL doubleheader on December 25. The streaming platform will bring together a stellar cast of commentators and analysts from various networks to offer a unique experience for fans.
The day will kick off with the Pittsburgh Steelers vs. the Kansas City Chiefs, which will be played at 1 p.m. ET at Acrisure Stadium in Pittsburgh. Then, at 4:30 p.m. (ET), the Baltimore Ravens will take on the Houston Texans at NRG Stadium in Houston.
STELLAR LINEUP FOR CHRISTMAS GAMES
Ian Eagle, CBS’ renowned narrator, will anchor the first game, joined by Nate Burleson and J.J. Watt as analysts. On the sidelines will be NFL Network’s Melanie Collins and Stacey Dales.
Following this game, Eagle will give way to his son, Noah Eagle, who will narrate the second game. Noah will be joined by FOX Sports’ Greg Olsen as analyst, while NFL Network’s Jamie Erdahl and Steve Wyche (both NFL Network) will cover the game from the sidelines. This event will mark a milestone, as it will be the first time a father and son duo will broadcast games on the same network.
The family bond will not only be present in the broadcast booth. J.J. Watt, who will be analyzing the Steelers-Chiefs game, will commentate on his younger brother, Steelers star player T.J. Watt. In addition, twins Devin McCourty (NBC) and Jason McCourty (CBS) will lead a pregame show in Pittsburgh with ESPN’s Laura Rutledge.
COMPLETE COVERAGE WITH THE NETFLIX LABEL
Netflix has left no detail to chance for its NFL debut. Renowned NFL insider Ian Rapoport will be on hand to share the latest news, while rules analyst Gene Steratore (CBS) will ensure clarity on the most controversial plays.
With this lineup, the platform positions itself as a key player in sports broadcasting. Fans will be able to enjoy a complete experience that combines analysis, entertainment and a festive atmosphere ideal for Christmas Day. This is another example of how the world of sports entertainment is changing, evolving into new broadcast channels.
