LATEST PG SHOWCASE REPORT
KC Fall Softball Scouting Combine Morning Session
Trinity Darst is a 5'6, class of 2024 C/IF from Truro, IA who attends Interstate 35 HS. Trinity has a noticeable athletic presence and shows skill at two positions. She ran a playable 3.60 20-yard dash which is average for both her position and her age group. Her 1.14 5-yard burst speed was truly impressive. A primary catcher, Trinity shows she has the right idea about this all too important position. She has a solid, almost powerful set up. Her hands are easy and she receives the ball well. She transitions well and her obviously strong arm gets her 52-mph throws on target in a hurry. Her 1.91 pop time is advanced. Solid effort with the gear on. On the infield, she brings a sound approach and an aggressive, yet controlled fielding action. She shows plus flexion in her lower half and plus athleticism. Her glove plays and her 53-mph throws are firm and routinely accurate. At the plate, this RHH has a great feel for the short game. Sound approach to bunting. She has a wider base at the ready, She has a bit of negative load to her operation but she makes it work. She is routinely sound on getting her bat to and through contact. Power should come as she gains strength and matures physically. As Trinity is exposed to higher level competition, her game should take off. Solid foundation. Bright future!
PG CAREER PROGRESSION
+1.43 MPH
Max Barrel Speed
since 10/15/2021
+.52
Impact Momentum
since 10/15/2021
+2.04 Gs
Max Acceleration since 10/15/2021
Best
PG Grade:
7.5
KC Fall Softball Scouting Combine Morning Session
Right Handed Hitting
Swing Efficiency™
Swing Efficiency™ is a score from 0-100 based on how fast you move your body compared to other players of a similar height and weight. Our library of over 10,000 hitters shows that for a given body type, higher swing efficiencies generate higher exit velos. PG All-American Arjun Nimmala may only weigh 170 lbs, but he can still hit 103MPH off a tee thanks to his elite Swing Efficiency™.
26%
The order in which each body segment reaches its peak speed
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#1 Pelvis
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#2 Torso
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#3 Hand
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#4 Arm
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