Steelers Host Wide Receiver Linked to Aaron Rodgers

ago 11 hours
Steelers Host Wide Receiver Linked to Aaron Rodgers

The Pittsburgh Steelers are actively seeking veteran wide receiver support and are set to host Marquez Valdes-Scantling for a workout. Valdes-Scantling, who has experience playing alongside Aaron Rodgers, will come in after the Steelers’ Week 8 matchup against the Green Bay Packers.

Pittsburgh Steelers’ Search for a Wide Receiver

As the trade deadline approaches on November 4, the Steelers are exploring all available options to strengthen their roster. According to NFL insider Jordan Schultz, Valdes-Scantling’s workout is part of this effort to enhance the team’s receiving corps.

Background on Marquez Valdes-Scantling

  • Drafted in the fifth round of the 2018 NFL Draft by the Green Bay Packers.
  • During his tenure with the Packers, he became a favored deep threat for Aaron Rodgers, making significant contributions to the team’s offense.
  • In 59 games, Valdes-Scantling secured 123 receptions for 2,153 yards and 13 touchdowns.

He played with Rodgers through the end of his rookie contract in 2021. After his release by the Seattle Seahawks this summer, he briefly joined the San Francisco 49ers. However, injuries limited his impact, leading to his recent release from the 49ers.

Recent Performance

Valdes-Scantling showcased his potential last season with the New Orleans Saints, accumulating 385 yards and four touchdowns on 17 catches across eight games. Despite past concerns regarding drop rates, his speed remains a significant asset.

Potential Impact on the Steelers

Bringing in Valdes-Scantling could be a strategic move for the Steelers as they aim to add a dynamic receiver before the trade deadline. His familiarity with Aaron Rodgers’ style may provide an immediate boost to the team’s offensive capabilities.

The Steelers last won the AFC North in 2020 and are looking to rekindle that success this season. With Valdes-Scantling, they hope to enhance their chances in the competitive division.