Golf Flight Simulation — E.J. Mungovan

Golf Flight Simulation

Physics-based · Launch monitor aware · Session import

A physics + neural-net flight model built to work alongside real launch monitor data. Run the simulator on manual inputs, or drop in an exported session file to replay your actual shots — full trajectory, club data, and an AI analysis prompt ready to paste into any model you want.

Supported import formats

Trackman

.csv

Standard export from Trackman Range / Performance Studio

Foresight FSX / FSX2 Pro

.json

Session JSON from FSX software — includes all raw impact parameters

Flightscope

.csv

Export from Mevo, Mevo+, or Xi range units

Garmin / Approach R10

.csv

Garmin Golf session export and Mevo+ generic CSV

Workflow: import a session → shot cloud appears on Session Map → click any dot to load that shot's data → ISO 3D view plays back the full trajectory. Use the Copy AI Prompt button to pull a pre-loaded analysis brief.

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Golf Flight Simulation

Club Presets

Club Head

Club Speed (mph)

Smash Factor

Dynamic Loft (°)

Attack Angle (°)

Club Path (°)

Face Angle (°)

Environment

Wind (mph, + = headwind)

Temperature (°F)

Altitude (m)

⚑ indoor sim — alt + temp set atmospheric density. On-course carry may differ ±5–15 yd due to actual wind gradient, slope, and firmness. Bridge this gap with real course GPS data.

Physics Output

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Carry

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Total

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Peak Height

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Total Spin rpm

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Offline yd

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Flight Time

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Spin Tilt Axis

—

Descent Angle

Derived Aero

Ball Speed—

Spin-Loft—

Face-to-Path—

Reynolds Re—

Spin Param S—

Dyn Pressure q—

impact-measured · trajectory modeled · not downrange-extrapolated

Animate ball flight

Session Data Import

Trackman CSV · Foresight JSON · Flightscope CSV · Mevo+ CSV

Drop file or click to browse
Populates inputs from session mean · renders shot cloud

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AI Fitting Advisor ANALYZING

Run a simulation to receive AI-powered fitting analysis.

Club SpeedClub head speed at impact (mph). More speed = more distance potential.

Ball SpeedSpeed the ball leaves the face. Club speed × smash factor.

Smash FactorBall ÷ club speed. Measures energy transfer efficiency. Driver max ~1.50.

Attack AngleUp (+) or down (−) club angle at impact. Positive is ideal for driver; negative for irons.

Club PathIn-to-out (+) or out-to-in (−) direction through impact. Shapes the curve.

Face AngleOpen (+) or closed (−) face at impact. Primary driver of initial launch direction.

Dynamic LoftActual loft at impact (not club loft). Controls launch angle and spin.

Total SpinSpin rate in RPM. High = more lift + curve. Low = more penetrating with extra roll.

Spin AxisTilt of the spin axis in degrees. Right (+) = fade/slice. Left (−) = draw/hook. 0 = pure backspin.

Launch AngleVertical angle the ball launches. Optimal varies by club speed and loft.

AzimuthHorizontal launch direction (launch direction). ~78% face, ~22% path (D-plane).

CarryAir distance before landing. Use this for club gapping and target selection.

TotalCarry + roll. Varies with slope, firmness, and spin at landing.

OfflineLateral distance from target at rest. Right = positive, left = negative.

Height / ApexPeak height the ball reached. Higher apex = steeper descent and softer landing.

Neural Net — Ball Flight Prediction

Physics-informed · 60k synthetic shots · Zero API cost

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NN Carry

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NN Total

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NN Peak

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NN Spin

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NN Ball Speed

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NN Launch

Neural Net — Inverse Fitting

Target carry → optimal club settings

Target Carry (yd)

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Club Speed

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Dyn Loft

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Attack Angle

Yaw: -35° Pitch: 30° Zoom: 1.00×

Iso: drag to rotate · scroll to zoom · session loaded: ← → navigate shots · click dot in Session Map to load