What are common faults associated with swing path?

What are common faults associated with swing path?

• A. Stance width and grip strength
• B. Out-to-in path leading to slices
• C. Over-rotation of the hips
• D. Loss of balance during follow-through

Answer: (B)

The out-to-in swing path is commonly associated with a slice, which is a prevalent issue among golfers. When the club moves from outside the target line to inside during the downswing, it causes the clubface to open relative to that path at impact. This misalignment can impart sidespin on the ball, resulting in a left-to-right trajectory for right-handed golfers. The swing path is crucial because it directly affects the direction and curvature of the shot. Proper understanding of swing path is essential for diagnosing and correcting swing issues. An inside-to-out path, on the other hand, typically produces a draw or straight shot when combined with a square or slightly closed clubface. Identifying an out-to-in path can lead to specific drills and adjustments aimed at improving consistency and accuracy, as well as helping golfers develop a more effective and desirable swing trajectory.

The out-to-in swing path is commonly associated with a slice, which is a prevalent issue among golfers. When the club moves from outside the target line to inside during the downswing, it causes the clubface to open relative to that path at impact. This misalignment can impart sidespin on the ball, resulting in a left-to-right trajectory for right-handed golfers. The swing path is crucial because it directly affects the direction and curvature of the shot.

Proper understanding of swing path is essential for diagnosing and correcting swing issues. An inside-to-out path, on the other hand, typically produces a draw or straight shot when combined with a square or slightly closed clubface. Identifying an out-to-in path can lead to specific drills and adjustments aimed at improving consistency and accuracy, as well as helping golfers develop a more effective and desirable swing trajectory.