The Pittsburgh Steelers are reshaping their offensive line after multiple offseason changes, presenting a challenge in determining the starting lineup. According to Mike DeFabo from The Athletic, the predicted starters could be Troy Fautanu (left tackle), Gennings Dunker (left guard), Zach Frazier (center), Mason McCormick (right guard), and Max Iheanachor (right tackle) depending on how quickly the rookies develop. The position of left tackle remains uncertain with Broderick Jones' health in question, impacting whether he retains his starting role. The organization faces the dilemma of maximizing new talent while avoiding past mistakes of mispositioning players, particularly concerning Dunker's transition from college tackle to guard. Establishing stability in the lineup is crucial for Pittsburgh's long-term success.

By the Numbers
  • Max Iheanachor played 31 of his 32 college games at right tackle.
  • Gennings Dunker has less than 200 snaps at guard since 2022.
Yes, But

Pittsburgh must balance the potential of new players and their prior experiences, learning from failed position shifts of the past. While moving Dunker to guard from tackle may optimize talent, it also risks disrupting team cohesion. The decision on Jones highlights concerns over continuity versus the need for adaptability in player roles.

State of Play
  • Broderick Jones' status is uncertain, impacting the left tackle position.
  • Pittsburgh is considering a mix of rookie and veteran talents to finalize the lineup.
What's Next

The Steelers will closely monitor the development of their rookies during training camp to determine the starting offensive line ahead of the season kickoff. Decisions around Jones’ health and Dunker's position could significantly reshape the team’s dynamic early in the season.

Bottom Line

Pittsburgh needs to carefully evaluate and solidify its offensive line configuration to optimize player development and minimize disruptions, focusing on how to best align emerging talents with existing team structures for maximum effectiveness.