Detroit Red Wings secure Mason Appleton on a two-year contract averaging $2.9 million annually

by July 2, 2025

Detroit Red Wings Sign Mason Appleton

In a strategic move to bolster their roster, the Detroit Red Wings have inked a two-year contract with winger Mason Appleton, valued at an average annual salary of $2.9 million, according to information from league insiders relayed by Chris Johnston on Wednesday.

Appleton’s Performance and Role

The 29-year-old Appleton comes off a season with the Winnipeg Jets where he recorded 10 goals and 22 points. Notably, he previously had a stronger performance in the 2023-24 season, achieving 14 goals and 36 points. Standing at 6 feet 2 inches, Appleton is expected to bring the physicality and size that the Red Wings have been seeking for their lower lineup.

Appleton’s skill set suggests he will seamlessly fit into a third-line role alongside other players such as ex-Jet Andrew Copp and JT Compher. His ability to provide a tough, gritty presence on the ice could significantly enhance Detroit’s competitiveness, adding an essential component to their team dynamics while potentially contributing secondary scoring.

Recent Additions and Future Prospects

Interestingly, this signing follows the addition of James van Riemsdyk just a day earlier, a player who also fits well into the third-line category. With both Appleton and van Riemsdyk possibly partnering with Copp or Compher, the Red Wings have options. There’s a possibility that van Riemsdyk may even rise higher in the lineup, following a successfully scored 16 goals last season. However, these moves may not meet the high expectations for a marquee top-line addition that many fans in Detroit had hoped to see.

Looking ahead, the Red Wings hold a significant $11 million in salary cap space, signaling that they could be far from finished in their efforts to enhance the team this offseason. With the acquisition of Appleton, Detroit not only enhances their depth but also welcomes a seasoned veteran into their ranks, bolstering their presence and adaptability on the ice.