Santiago and Klinsky Named 2025-26 Clair Bee Rider Athletes of the Year
Rider University's Kiannisha Santiago and Tyler Klinsky have been named the 2025-26 Clair Bee Athletes of the Year. Santiago, the MAAC Player of the Year, led the women's volleyball team to the MAAC Championship Match and earned AVCA All-America Honorable Mention. Klinsky completed his graduate wrestling season with NCAA All-America honors, finishing eighth at the NCAA Championships, and was named MAC Wrestler of the Year. Both athletes demonstrated exceptional performance in their respective sports, solidifying their places in Rider University's athletics history.
By the Numbers- Kiannisha Santiago recorded 1,143 career kills, finishing fifth in program history.
- Tyler Klinsky achieved a 30-6 overall record, including 18-0 in dual meets.
Beneath their accolades, both athletes faced intense competition. Santiago's performance peaked during several high-stakes matches, while Klinsky had to navigate a challenging NCAA consolation bracket. Their journeys reflect not only personal achievement but also the significance of team dynamics in collegiate sports.
State of Play- Santiago's standout senior season positions her among the best players in Rider volleyball history.
- Klinsky's eighth-place finish marks a revitalization of Rider's wrestling program, with multiple All-Americans in recent seasons.
Looking ahead, Santiago will likely pursue opportunities in professional volleyball, while Klinsky may consider competing further or transitioning into coaching roles. Their successes could inspire future athletes at Rider University and enhance the athletic program's reputation.
Bottom LineThe achievements of Kiannisha Santiago and Tyler Klinsky underscore the importance of dedication and skill in collegiate athletics. Their recognition as Athletes of the Year not only celebrates their individual successes but also elevates Rider University's commitment to excellence in sports.
Read more at Rider University Athletics
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI

