The Jacksonville Jaguars have confirmed their game-day inactive list ahead of Sunday’s high-stakes Wild Card matchup against the Buffalo Bills, and the absences could quietly shape how the playoff contest unfolds.
With kickoff approaching, Jacksonville ruled out six players, affecting offensive flexibility and defensive line depth at a time when margins are razor thin.
Jaguars Inactives vs Bills
- WR Dyami Brown
- RB DeeJay Dallas
- OL Cole Van Lanen
- TE TeHunter Long
- DL Emmanuel Ogbah
- DT Maason Smith
While none of the names are headline superstars, the combined impact is significant—especially against a Buffalo team built to apply constant pressure and force opponents into long, physical drives.
#BUFvsJAX Inactives pic.twitter.com/Lf2ZBYF8Pc
— Jacksonville Jaguars (@Jaguars) January 11, 2026
Why the Inactives Matter
On offense, Jacksonville loses depth at wide receiver and running back, limiting rotation options and special-teams flexibility. DeeJay Dallas’ absence narrows passing-down looks out of the backfield, while Dyami Brown’s inactive status shortens the receiver rotation behind the starters. The loss of Cole Van Lanen also weakens offensive line depth, a concern against Buffalo’s aggressive front.
Defensively, the bigger question mark comes up front. Both Emmanuel Ogbah and rookie Maason Smith are inactive, thinning the Jaguars’ defensive line rotation. That could result in heavier snap counts for starters and potential fatigue issues as the game wears on—particularly if Buffalo controls time of possession.
Playoff Pressure Is On
Buffalo enters the Wild Card round known for forcing mistakes late, and Jacksonville’s inactive list suggests there’s little room for error. Sustained drives, early defensive stops, and clean execution will be essential if the Jaguars want to avoid falling into a physical mismatch by the fourth quarter.
With the postseason underway and everything on the line, Sunday’s game may come down not just to star performances—but to which team better survives the depth battle when the pressure peaks.
