Mariano Rivera, the legendary Hall of Famer and baseball’s all-time leader in saves, faced a setback during the New York Yankees’ Old-Timers’ Day. While chasing a flyball, he tore his Achilles tendon and now needs surgery. His agent, Fern Cuza, confirmed that the procedure will take place within the week.
During the game, Rivera had a chance at bat against former teammate Andy Pettitte, hitting a single. However, as he ran to first base and then took a step during Willie Randolph’s turn, he collapsed in shallow center field. It was a shocking moment for fans and players alike.
This year marked the first Old-Timers’ Day since 2019, making the event even more special. Seven-time Cy Young Award winner Roger Clemens described the day as enjoyable before the incident with Rivera. “We all thought it was a hamstring, but I think it’s worse,” he lamented, highlighting the concern among his former peers.
This isn’t Rivera’s first injury. In 2012, he tore an ACL while catching fly balls and made a remarkable return in 2013, finishing his career with a record 652 saves and a remarkable 42 postseason saves. His impact on the game is undeniable. In 2019, he became the first player ever to be inducted into the Hall of Fame unanimously.
Rivera participated in the Old-Timers’ Game for the second time. During the 2019 event, he even hit an inside-the-park home run, showcasing his enduring talent. This year’s event celebrated the Yankees’ 2000 championship team, a team that remains notable for their three consecutive World Series titles. The occasion was marked by video messages, including one from Derek Jeter.
Outside of the field, Rivera had indicated his desire to connect with struggling reliever Devin Williams, emphasizing his commitment to supporting current players despite his own injury. His leadership continues to resonate within the baseball community.
As Rivera prepares for surgery, fans and teammates alike send their best wishes. The resilience he’s shown throughout his career will undoubtedly serve him well in this recovery phase.
