The Lions landed one of the NFL's most dangerous playmakers by eschewing position value in the 2023 draft. Will more teams copy Brad Holmes?

Detroit Lions running back Jahmyr Gibbs has a new number, and it's probably not what you would've guessed. Gibbs established himself as one of the most ...

The Detroit Lions look to build on a dominant 2024 season with a strong 2025 NFL Draft, aiming to bolster their defense and ...

The Detroit Lions feature one of the top young running backs in the National Football League. Jahmyr Gibbs has helped to ...

Shortly after losing veteran cornerback Carlton Davis in free agency, the Lions signed D.J. Reed to a $48 million, three-year ...

Detroit Lions star running back Jahmyr Gibbs has changed his jersey number ahead of the 2025 NFL season. On Thursday afternoon, the Lions announced jersey number changes for 14 players via X ...

Detroit Lions fans with a Jahmyr Gibbs No. 26 jersey may be out of style in 2025. The third-year running back — who sat tied atop the NFL leaderboard with 16 rushing touchdowns in 2024 — was one of ...

Gibbs is turning in his number and will wear No. 0 in '25, the Lions said Thursday afternoon. He will become the fourth Detroit player to wear the number since the franchise's inception. Fullback ...

Two of the most notable names on the list are running back Jahmyr Gibbs and wide receiver Jameson Williams. Gibbs, who wore No. 26 the last two seasons, will now wear No. 0 for Detroit.

The Detroit Lions revealed on Thursday a list of players who will change jersey numbers ahead of the upcoming season, with Running Back Jahmyr Gibbs being among the players mentioned. Previously ...

Detroit Lions Pro Bowl running back Jahmyr Gibbs recently marked an incredible personal milestone with his girlfriend, Nicole Anderson. The couple celebrated their second anniversary on March 16, and ...

Detroit Lions GM Brad Holmes' 2023 first-round selection of running back Jahmyr Gibbs, despite the position's perceived low value, has proven successful. The 2025 NFL draft is expected to be deep ...