Statcast No-Doubter Trajectory & Ballpark HR Probability Lab

Iconic Statcast Presets:

Launch Physics Controls

Exit Velocity (EV) 115.0 mph

MLB Average: 89.2 mph | Statcast Elite 99th%: 115+ mph

Launch Angle (LA) 29.0°

Optimal Barrel Window: 25°–33° | Pop-up: > 50°

Spray Direction (Field Angle) 0.0° (Dead Center)

-45° Left Foul Pole · 0° Dead Center · +45° Right Foul Pole

Backspin Rate (Magnus Lift) 2150 RPM

Higher spin creates aerodynamic lift prolonging carry.

Primary Stadium

Air Temp / Altitude

Wind Speed 0 mph

Wind Direction

Statcast Aerodynamics Engine: Runge-Kutta 4th-order ODE modeling drag coefficient $C_d(v)$, Reynolds number drag-crisis drop, and Magnus lift velocity $F_M = \frac{1}{2} C_L \rho A v^2$ calibrated against MLB Hawkeye tracking data.

30/30

Park HRs

● CERTIFIED NO-DOUBTER 😮‍💨

Cleared all 30 MLB Ballparks with ease

A true October rocket. Clears every fence from the Green Monster to Oracle Park's deep right-center.

xHR Probability

100.0%

Total Distance 454 ft +58 ft past wall

Apex Height 98 ft Trajectory Peak

Hang Time 5.28 s Flight Duration

Landing Angle 44.2° Impact Trajectory

Flight Path

Target Wall Fence

Warning Track

30 MLB Ballpark Fence Clearance Matrix

Real outfield fence distance and wall height evaluated at the exact spray angle of this batted ball.

Ballpark & Team	Wall Dist at Spray	Wall Height	Ball Height at Wall	Clearance Margin	Outcome	Altitude

What Makes a "No-Doubter" 😮‍💨?

In MLB Statcast metrics, a batted ball qualifies as a "No-Doubter" if its projected flight distance and trajectory would clear the outfield fence in all 30 Major League stadiums, regardless of differing fence heights (such as Fenway Park's 37-foot Green Monster) and deep dimensions (like Comerica Park's 412 ft center field).

Aerodynamics & Magnus Lift

A baseball spinning with backspin creates high air pressure underneath and low pressure on top, generating vertical aerodynamic lift. Batted balls with 2,000+ RPM carry 15 to 35 feet farther than flat or topspin line drives struck with identical initial velocity.

Weather & October Air Density

Colder autumn air is significantly denser than mid-summer air, increasing aerodynamic drag. A 400-foot blast struck in 90°F August weather typically carries only 386–390 feet in a 45°F October postseason game, often turning walk-off home runs into warning track outs.