🏟️ Interactive 2D Ballpark Spray & Flight Track Canvas
Target Park: Nationals Park
💡 Drag vector tip handle on field or adjust sliders below to simulate trajectory & fence clearance.
Exit Velocity (EV)
103.5 mph
Launch Angle (LA)
28°
Spray Angle (Field Direction)
-22.5° (Oppo RF)
Backspin Rate
2250 rpm
Ballpark Venue
Outfield Wind Speed
0 mph Neutral
📊 Flight Physics Telemetry
CALCULATED
Projected Distance
388 ft
Max Apex Altitude
92 ft
Hang Time
5.1 s
Wall Clearance
+18 ft
⚾ HOME RUN! (Cleared Fence)
🏟️ 30-MLB Ballpark HR Odds Calculator
Would this hit be a Home Run in other stadiums?
26 / 30 MLB Parks (86.7%)
| Ballpark | Wall Height | Dist to Fence | Result |
|---|
Export Captured: flight_summary.png
Data snapshot saved with exit velocity 103.5 mph and 388 ft carry.
📜 MLB First Hit Milestones: The Rarity of Opposite-Field Power
Hitting a major league home run for a debut hit requires exceptional contact quality, but driving an opposite-field fastball over the wall demands elite late-barrel speed and power retention through the hitting zone.
Andrew Pinckney Hit Profile
Exit Velocity: 103.5 MPH
Spray Direction: -22.5° Right-Center
Venue: Nationals Park
Context: First Career Big League Hit
Pull-Side vs Oppo Debut HRs
Pull-Side Debut HRs: ~82%
Opposite-Field Debut HRs: ~18%
Rarity Factor: Only 1 in 5 debut home runs clear opposite-field fences.
Physics Mechanics
Opposite-field home runs require higher initial exit velocity to overcome typical slice side-spin aerodynamic drag, retaining carrying force to clear 8–24ft outfield walls.