The Chicago Bears are reportedly exploring a trade involving starting defensive tackle Gervon Dexter, according to NFL insider Jordan Schultz. Schultz reported on Tuesday that the team has engaged in trade talks, noting that "there are multiple scenarios where a deal could get done, sending him to a new team."
The report emerged after Dexter left Thursday's practice early, which may signal that a move is imminent. Dexter, 24, is in the final year of his rookie contract without a new deal in place, and a trade could provide him an opportunity to secure a more lucrative extension elsewhere.
Dexter's Rising Profile
Chicago selected Dexter in the second round (No. 53 overall) of the 2023 NFL Draft out of Florida. Since then, the 6-foot-6, 326-pound tackle has developed into a key piece of the defensive line. Over his career, he has compiled 115 combined tackles, 10 tackles for loss, 42 quarterback hits, four fumble recoveries, three passes deflected, and 5 sacks.
After starting just one game as a rookie, Dexter has improved each season. In 2025, he started all 17 games and posted 44 total tackles, six tackles for loss, 11 quarterback hits, two fumble recoveries, and six sacks. That sack total was a career high and ranked second on the team, trailing only Pro Bowl edge rusher Montez Sweat's 10.
Contract and Team Context
Despite his production and consistent starting role—he started 15 games the year before—Dexter is entering the final year of his rookie contract without an extension. The Bears' defense allowed the fourth-most yards per game 8) in the NFL last season, and the team has added several defensive line pieces this offseason, though none are considered starting-caliber on a roster with playoff ambitions.
The Bears view themselves as legitimate Super Bowl contenders, which makes the timing of a potential trade notable. Moving Dexter, one of their most productive young defenders, would create a void along the line. It remains unclear which teams are interested in acquiring him, but the Bears would likely seek player compensation in return given their limited depth at the position.