Prep Baseball Report

Future Games Tryout: Malibu - Positional Data Dive


By: Coby Miller
Prep Baseball Intern

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On Saturday, May 31st, the PB California staff traveled to Pepperdine University in Malibu, CA, to host the annual Future Games Tryout: Malibu, an invite only event for the class of 2026-2027.

More than 34 players made their way to Pepperdine University this past weekend and participated in a pro-style workout, gathering unrivaled access to data through our state-of-the-art tech partners, as well as in-depth scouting analysis from our Prep Baseball California staff.

We've already posted a Statistical Analysis from the event, highlighting more of the traditional statistical categories, as well as a Quick Hits, highlighting some of the events top performers.

Today, we will be looking at the top measurable data performers from the event, found below.

VALD

60-YARD

Traditionally, the 60-yard dash has been the in-event standard to help measure a player's speed tool. We implemented three timing gates at the 10 and 30 yards, to capture athletes’ quickness, explosiveness and reaction time. From there, we will calculate an athlete’s top-end speed in miles per hour. 

10-YARD SPLIT

Traditionally, the 60-yard dash has been the in-event standard to help measure a player's speed tool. We implemented three timing gates at the 10 and 30 yards, 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.

MAX VERTICAL JUMP

RSI

The ability to develop force quickly is a requisite ability in most sports. The Reactive Strength Index (RSI) has been developed as a measure of explosive strength and is derived by evaluating jump height divided by ground contact time during the depth jump. Regarding Vertical Jumps and its application to baseball, there have been studies conducted that show a correlation between max jump height for an athlete and their ability to generate power and strength, especially on the mound.

TRACKMAN

We'll continue to roll out the data we gathered from this event, starting with the analytics we have at our disposal from our TrackMan units. Below we'll look at which players had noteworthy batted ball and pitch data.

EXIT VELOCITY (MAX)

Rank Name State School Class Pos Exit Velocity (max)
1 Mason Crang CA San Marcos Senior High 2026 3B 102.0 mph
2 Brody Williams CA JSerra Catholic 2026 3B 100.9 mph
3 Jacob Jimenez CA Chino Hills High 2026 OF 100.3 mph
4 Trevor Rivas CA Maranatha 2027 SS 100.1 mph
5 Justin Lopez CA Villa Park 2026 2B 99.7 mph
6 Justin Kirchner CA Harvard-Westlake 2027 RHP 99.3 mph
7 Elliot Cresap CA Upland 2027 1B 99.1 mph
8 Isaiah Lopez CA Bellflower 2026 C 98.3 mph
9 Quinton Hill CA Berkeley 2027 OF 97.9 mph
10 Jetner Welch CA Santa Barbara High School 2026 OF 97.7 mph
11 Cole Munyon CA Newbury Park High 2027 SS 97.2 mph
12 Isaiah Tillman CA Royal 2026 LHP 96.3 mph
13 Hudson Chase CA Brentwood School 2027 OF 96.2 mph
14 Blake Miller CA Westlake High 2026 SS 95.3 mph
15 Elijah Sim CA Notre Dame 2027 SS 94.6 mph

EXIT VELOCITY (AVERAGE)

Exit Velocity: This metric measures the speed of the ball, measured in miles per hour, as it comes off the bat at the moment of contact.

Batted Ball (MAX)

Sweet Spot %

Sweet Spot percentage: This metric is determined by how often the player produces a batted ball during the session with a launch angle between 8 to 32 degrees.

BLAST

With the help of our Blast Motion sensors, we're analyzing the swing metrics measured at this open showcase.

HAND SPEED (AVERAGE)

Hand Speed: The observed speed as measured on the handle of the bat (measured six inches from the knob of the bat). Peak Hand Speed will occur prior to the moment of impact, very close to the commit time in the swing when the wrists unhinge.

BAT SPEED (AVERAGE)

Bat Speed: The observed speed of the sweet spot of the bat at impact. The sweet spot of the bat is measured six inches from the tip of the bat.

ROTATIONAL ACCELERATION (AVERAGE)

Body Rotation: A swing that has the appropriate relative contributions of body and bat rotations is an efficient and Powerful swing that maintains proper sequencing. An efficient baseball swing is one in which the body creates the initial movements, which is then transferred to the arms and out to the bat, thereby maximizing Bat Speed through this proximal-to-distal kinematic sequencing movement pattern.

ON-PLANE EFFICIENCY %

On-Plane Efficiency %: measures the percentage of your swing where the bat is on the swing plane. Your Vertical Bat Angle (VBA) at contact establishes the plane for that specific swing. A high % is a great indicator of making consistent contact and barreling balls. Blast recommends an average of 70% or higher, with a range in the 65% to 85%.

+ CLICK HERE for a look at the complete statistics from the event.

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