MLB StatCast

Ronald Acuña Jr. Opposite Field Power Simulator

Selected Ballpark: Truist Park (Braves)
Hit Parameters Drag vector or sliders
104.5 mph
26.0°
+32.0° (Right)
2200 rpm
Select Target Ballpark
Calculated Ballistics
Proj Distance
398 ft
Apex Height
84 ft
Hang Time
4.8 s
Fence Clearance
+18.4 ft
Ronald Acuña Jr. Opposite Field Simulation Result
Event: 2nd Homer Sliced to Right-Center Field
HOME RUN IN 28/30 MLB PARKS

30 MLB Ballpark Fence Evaluation

28 / 30 Stadiums Cleared
Stadium / Team RF Wall Dist Wall Height Clearance Result

Opposite-Field Slice Physics

1. Barrel Lag & Slice Side-Spin Acuña lets the pitch travel deep, generating rapid bat acceleration with a inside-out path that produces right-fading side spin (+32° spray angle).
2. High Exit Velocity Carry Striking the ball at 104.5 mph with 26° launch angle overcomes air resistance and maintains aerodynamic lift deep into right-center field.
3. Multi-Homer Impact Slicing his 2nd homer of the game demonstrates elite wrist delay and lower-half torque to drive opposite-field pitches over 395+ feet.
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