Black Hills State University Softball coach Ashlyn Englehorn announced the signing of five new players for the 2026 season. The recruits include Marissa West, Natalie Galindo, Makenzie Yoder, Molly Buckingham, and Jianna Cota, all poised to contribute in the upcoming 2027 season. These athletes bring a mix of experience, winning records, and impressive statistics from high school and junior college play, underpinning their potential for success at BHSU. Coach Englehorn expresses excitement for their arrival and anticipates their impact on the program's future goals.

By the Numbers
  • Marissa West had a .351 batting average at Otero College with 39 hits and 19 RBIs in 111 at bats.
  • Natalie Galindo hit .406 with 31 RBIs in 69 at bats during her senior year, facilitating her team's state championship win.
  • Makenzie Yoder achieved a .382 batting average in her sophomore year at Johnson County CC with 52 hits and 37 RBIs in 135 at bats.
  • Jianna Cota led her previous team at UMary with a .328 batting average and 25 RBIs in 119 at bats.
State of Play
  • These five new recruits add depth and skill to BHSU's softball roster.
  • They will join two previously signed players, enhancing the team's overall competitive edge.
  • Coach Englehorn expects immediate contributions from these athletes as they transition to the RMAC.
What's Next

The recruits will begin their training with the team as they prepare for the 2027 season, aiming to build on their high school and junior college successes. Their integration into the squad is anticipated to elevate the team's performance and competitiveness in the RMAC. Coach Englehorn will closely monitor their adaptation and individual contributions through the upcoming season.

Bottom Line

The addition of these five athletes signifies a robust commitment to enhancing the BHSU softball program. Their established records and accolades indicate a promising future, potentially transforming the team鈥檚 competitiveness and success in the upcoming seasons. Their impact will be closely observed as the program aims for elevated performance in the RMAC.