15.9.2026, 11:33
The Pullback Distance (Initial Velocity)
The distance you drag backward from the center of the ball directly correlates to clubhead acceleration at impact.
The angle of your pullback vector relative to the ball sets the initial launch elevation.
The projected guide path indicates your initial launch azimuth. However, the on-screen guide only illustrates the ball’s theoretical flight in a vacuum. Any atmospheric drag, crosswind, or collision with foliage will immediately alter this baseline line, turning a seemingly straight shot into an off-course slice.
The distance you drag backward from the center of the ball directly correlates to clubhead acceleration at impact.
- A minimal pull applies gentle chip-level force. golf hit
- Extending the vector to its outer limit engages maximum drive velocity.
- Scaling is exponential rather than linear: the final ten percent of pullback travel adds significantly more kinetic energy than the initial ten percent, making fine adjustments at full power especially sensitive.
The angle of your pullback vector relative to the ball sets the initial launch elevation.
- A shallow pullback creates a low-flying drive designed to bore through head-breezes.
- A steep, downward drag pops the ball skyward on a high, looping trajectory that catches air currents and drops softly on distant greens.
The projected guide path indicates your initial launch azimuth. However, the on-screen guide only illustrates the ball’s theoretical flight in a vacuum. Any atmospheric drag, crosswind, or collision with foliage will immediately alter this baseline line, turning a seemingly straight shot into an off-course slice.