Four Francis Marion University volleyball players, including senior setter Kaylee Gillespie, junior outside hitter Kara Walker, sophomore middle blocker Caroline Lucas, and sophomore libero Katie Floyd, have been named to the 2023 College Sports Communicators Academic All-District Team for the Southeast Region of NCAA Division II.

Why It Matters

This recognition highlights the academic excellence and athletic prowess of these student-athletes, enhancing the university's reputation and emphasizing the importance of balancing sports and academics.

By the Numbers
  • Gillespie has a 3.984 cumulative GPA, 3-time All-Conference performer, and recorded 55 career double-doubles.
  • Walker holds a 3.61 GPA, led FMU with 332 kills, and received All-Conference Team recognition in her first year as a Patriot.
  • Lucas maintains a 3.609 GPA, led the Patriots with a .376 hitting percentage, and was an All-Conference selection in 2023.
  • Floyd possesses a 3.827 GPA, paced the Patriots with 3.74 digs per set, and recorded a .934 reception perception during the 2023 campaign.
  • The team achieved a 16-16 record and secured a second-place finish in the East Division of Conference Carolinas.
State of Play
  • Gillespie, Walker, Lucas, and Floyd's academic and athletic achievements enhance the profile of Francis Marion University in the NCAA Division II's Southeast Region.
  • The university's volleyball team secured a commendable 16-16 record, a second-place finish in the East Division of Conference Carolinas, and a quarterfinal appearance in the conference tournament.
What's Next

The players' potential advancement to the Academic All-America® ballot and the upcoming announcement of first-, second-, and third-team Academic All-America® honorees in early January are the next anticipated developments.

Bottom Line

The recognition of these student-athletes not only underscores their exceptional academic and athletic accomplishments but also elevates the university's standing in regional and national collegiate sports and academic spheres.