VALD Athletics Leaderboard: Wilmington Fall ID
November 13, 2025
Wilmington Fall ID – Event Rewind
The Wilmington Fall ID took place on Sunday, October 26, 2025, at UNC Wilmington’s Brooks Field, home of the Seahawks. The event brought together a talented group of players from across the region for a comprehensive day of evaluation in front of Prep Baseball’s scouting staff.
Players participated in a pro-style workout that included multiple rounds of batting practice, a defensive workout, and bullpens for pitchers. TrackMan technology was used throughout the day to capture ball flight data during both BP and bullpens, while BLAST Motion provided detailed pre-contact swing metrics for hitters.
Athletic testing, powered by VALD Performance, featured laser-timed 60-yard dashes with 10-yard and 30-yard splits, as well as jump testing that included RSI jumps and vertical measurements. In addition, players completed a series of body measurements to round out the full evaluation profile.
This blog series will spotlight the top performers and statistical leaders from the Wilmington Fall ID, offering an in-depth look at the athletes who stood out during testing and live evaluations.
CLICK HERE to see the full roster with stats and analytics
ATHLETIC TESTING & MEASUREMENTS - Wilmington Fall ID
VALD PERFORMANCE
TOP 60-YARD DASH
Traditionally, the 60-yard dash has been the in-event standard to help measure a player's speed tool. We implemented timing gates at the 10-yard split, to capture athletes’ quickness, explosiveness and reaction time. From there, we will calculate an athlete’s top-end speed in miles per hour. While the measurement still has its utility, the 10-yard split has started to become more and more applicable in determining the player's burst and reaction time in-game, whether that's in the outfield or on the basepaths.
TOP 10-YARD SPLIT
TOP 30-YARD SPLIT
PEAK VERTICAL JUMP
MAX RSI JUMP
Simply put: RSI-modified (reactive strength index) is a ratio of input to output – the input is represented by time spent on the ground generating the force to jump, and the output is the height of that jump.