Gloucester Rugby Bolsters Squad with Leinster Star Rob Russell for 2025-26 Season
Gloucester Rugby secures versatile Leinster back Rob Russell for the 2025-26 season, enhancing their back-three with his impressive try-scoring record.

Gloucester Rugby has made a significant addition to their squad by signing versatile outside back Rob Russell from Leinster Rugby for the 2025-26 season. The 26-year-old, who has been a standout performer for Leinster, boasts an impressive record of 18 tries in 35 appearances since his debut in 2021. Russell's journey began at St Michael's College in Dublin, a renowned institution for nurturing rugby talent, and he has since proven his versatility by excelling both on the wing and at full-back.
While the exact length of Russell's contract with Gloucester remains undisclosed, the club's director of rugby, George Skivington, expressed his enthusiasm about the acquisition. "Rob has demonstrated his capabilities whenever given the opportunity. His try-scoring rate is remarkable—almost one try every two games—and he’s eager to take on a new challenge in the Gallagher Premiership," Skivington remarked.
Skivington also highlighted the strategic importance of this signing: "We’re already proud of our back-three talent, but adding someone like Rob, who can cover multiple positions and brings the attacking prowess we seek, is incredibly exciting."
Russell joins a growing list of backs moving to Gloucester for the upcoming season, including scrum-half Mike Austin, full-back Ben Redshaw, wing Ben Loader, centre Will Joseph, and fly-half Ross Byrne. This influx of talent underscores Gloucester's ambition to strengthen their squad and compete at the highest level in the Gallagher Premiership.
Rob Russell's move to Gloucester is not just a testament to his individual skill but also a reflection of the club's commitment to building a dynamic and versatile team. As the 2025-26 season approaches, all eyes will be on Russell to see how he adapts to his new environment and contributes to Gloucester's success.