Prep Baseball Report

Huntsville Preseason ID: Blast Motion Board


Austin Sharp
Alabama Scouting Director

 

HUNTSVILLE, AL - The Huntsville Preseason ID was held on Thursday, January 4th at Clutch Performance in Huntsville, AL. This event was an open event that consisted of prospects from the 2024-2029 classes. These players went through extended pro-style workout that included batting practice using Trackman and Blast Motion, ran the 30 yard dash using Swift Performance, and much more. Pitchers were able to throw in simulated bullpens during the workout and were able to get numbers and metrics off of our Trackman unit, such as pitch velocity, spin rate, horizontal & vertical movement & much more. There were some players who showed up and continued to build off of prior performances, but there were also some new names who jumped onto our radar with a strong showing on Thursday.

Continuing off our post-event coverage for this event, we take a look back at some of the leaders from each statistical category recorded on Blast Motion sensors. Please continue to check back over the next week, as we will release individual scouting reports on each player present at the event. 

View entire event stats HERE.

HAND SPEED (PEAK & AVERAGE)

Peak Hand Speed: The observed maximum 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 (PEAK & 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.


 

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