Short Porch Shot Lab: MLB Ballpark Trajectory & Clearance Simulator
Simulate true aerodynamic batted-ball flight across Major League ballparks. Test Cody Bellinger’s Yankee Stadium right field porch blast, inspect launch angles, and evaluate fence clearances across all 30 MLB diamonds.
Statcast "Would It Dong?" Ballpark Matrix
Evaluates wall height & fence distance at spray angle| Ballpark | Outcome | Wall Dist at Angle | Wall Height | Clearance Height |
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The Physics Behind Cody Bellinger's Porch Shot
On September 22, 2026, Cody Bellinger pulled a clutch 2-run home run into the short right-field seats at Yankee Stadium to catapult the New York Yankees ahead. The iconic right-field foul pole sits just 314 feet from home plate with an 8-foot-5-inch wall—one of the most recognizable structural asymmetrical features in modern sports.
A ball pulled at 101.4 mph with a 31° launch angle and 32.5° spray angle easily clears the Yankee porch (+14.2 ft clearance). However, in ballparks with deeper alleys or taller barriers—such as Oracle Park’s 24-foot arcade wall or Fenway’s deep triangle—identical contact produces an off-the-wall carom or an out.
Aerodynamic Modeling & Environmental Factors
Lift, Drag & Magnus Effect
Our simulation applies numerical physics integration using MLB Statcast constants: aerodynamic drag coefficient \(C_d \approx 0.32\), spin decay rate, and Magnus lift \(C_l \propto \text{spin}\). Backspin prolongs flight by generating upward lift, transforming line drives into towering fly balls.
Air Density & Altitude Differences
At sea-level ballparks like Oracle Park (SF) or Yankee Stadium (55 ft), dense air creates stronger drag. At Coors Field (5,200 ft), thin air reduces drag by roughly 17%, granting an additional 15 to 25 feet of carry for an identical exit velocity.
Asymmetric Fence Profiles
Every MLB outfield has bespoke geometry. From the 37-foot Green Monster in Boston to Houston’s 315-foot Crawford Boxes in left, home run probability is an intersection of trajectory arc and stadium architecture.