During cutdowns at the end of training camp, the Buccaneers elected to keep both Chris Godwin and Tristan Wirfs on the active roster. That decision was made despite the fact both are expected to miss multiple games in September. 
Moving either or both players to the reserve/PUP list would have ensured a four-game absence but also prevented them from being able to practice. Instead, remaining on the 53-man roster has opened the door for Godwin and Wirfs to take part in practice in September while rehabbing their respective injuries. That process has taken a notable step forward beginning today.
Godwin is taking part in Thursday’s practice on a limited basis, as first reported by NFL Network’s Ian Rapoport. That has since been confirmed by Rick Stroud of the Tampa Bay Times, who adds Wirfs is participating as well. In both cases, practicing twice this week is the team’s goal as the next stage of a lengthy recovery path.
A fractured ankle ended Godwin’s 2024 season and ensured he would miss time early this year. Week 2 had been targeted as the point at which he would return to practice, though, so today’s update comes as little surprise. The 29-year-old turned down more lucrative offers to remain in Tampa Bay this offseason. Godwin will take on a key role in the passing game upon return, joining a group led by Mike Evans and first-round rookie Emeka Egbuka.
Wirfs is believed to have a strong chance of returning to game action earlier than Godwin, and suiting up at some point in September is a possibility following his offseason meniscus surgery. That would be a welcomed development for the Bucs’ offensive line, a unit which underwent a number of changes ahead of Week 1 to compensate for Wirfs’ absence. The four-time Pro Bowler is under contract through 2029, so a cautious approach will of course be taken with his recovery process.
Tampa Bay will look for a 2-0 start to the season on Monday against Houston. That effort will not include Godwin or Wirfs, but their respective rehab processes have reached an important final phase.