Top Prospects Shine at West Florida Scouting Event
The West Florida Top Prospect Games gathered some of the state’s most promising high school baseball players at IMG Academy in Bradenton, Florida, showcasing the 2027 through 2029 graduating classes in a setting that blended pro‑style workouts with competitive gameplay.
Scouts and coaches zeroed in on outfield metrics, measuring exit velocities, arm speeds and defensive footwork, while also evaluating hitters’ power and distance. Among the standouts, Fletcher King of IMG Academy posted a 101 mph exit velocity and a 368‑foot maximum distance, cementing his reputation as one of the hardest hitters in the cohort.
Other names drew attention for their balanced skill sets. Caleb Ainsworth from St. Johns Country Day impressed with a 77 mph exit velocity but a 90 mph arm speed that highlighted his lower‑half strength, while Kendell Charlery of Bishop Verot combined an 85 mph arm speed with a 95 mph exit velocity, underscoring his two‑way potential.
The event also featured notable performances from Braden Bodenstein of Wharton High School, who recorded a 95 mph exit velocity and a 338‑foot max distance, and Luis Marcelino from City of Life, whose 94 mph exit velocity and 352‑foot drive illustrated a strong defensive presence in the outfield.
Scouting staff from Prep Baseball Florida compiled detailed reports, noting that players such as Noah Kendrick, Hayden Finke and Jaedyn Hammond displayed versatile defensive skills and consistent offensive output, suggesting a deep pool of talent ready for the next level.
While the showcase highlighted power and arm strength, it also revealed nuanced attributes — Jaedyn Hammond’s quick footwork, Christian Kirtland’s lean athletic frame and JJ Fernando’s 89 mph exit velocity all pointed to a generation of athletes who excel in both hitting and fielding.
Overall, the West Florida Top Prospect Games served as a barometer for Florida’s emerging baseball landscape, offering a glimpse of future stars who may soon dominate collegiate and professional circuits.