This text examines why short putts often fail under pressure, highlighting the gap between confidence and actual performance. Traditional flat-mat practice improves mechanics such as rhythm and alignment but fails to replicate real green conditions. Without slope, undulation, and variable speed, the brain lacks the perceptual cues needed for accurate green reading and pace control.

Puttalyze addresses this limitation with a data-driven approach. By incorporating real-world variables—green speed (Stimpmeter), slope percentage, distance, and angle to the fall line—the app calculates the true physics of a putt. Instead of relying on intuition, golfers receive precise, measurable feedback.

The system visualizes this data through clear outputs such as Aim Point, Distance Point, and projected ball trajectory. These tools allow players to align their stroke with mathematically correct targets rather than assumptions. Over time, this trains perception and decision-making alongside mechanics, helping golfers understand how gravity, slope, and speed reshape the ball’s path.

Flat surfaces fail because they produce static, straight trajectories and do not simulate capture speed or visual distortion. On real greens, slopes curve the ball’s path, affect entry speed into the hole, and challenge visual judgment. Practicing without these factors often leads to hesitation and self-doubt during play.

By focusing on the “why” behind ball behavior, Puttalyze turns putting into a repeatable, adaptable process. Golfers develop a reliable stroke grounded in physics and data, better prepared to perform under competitive pressure and real-world conditions.

• 📺 The Explainer

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