Sway Gap measures the difference in body sway, giving valuable insight into movement patterns and swing direction.

Club Hand-Gap identifies the club head relative to the hands throughout the swing, explaining release and club delivery.

Hand Lift explains vertical movement of the hands and identifies movement patterns.

Chest Sway identifies excessive lateral movement in the upper body, leading to inconsistencies.

Head Lift explains vertical movement of the hands and identifies movement patterns.

Hand Thrust evaluates head depth and identifies movement patterns that influence transition.

Hand Thrust evaluates hand depth and identifies movement patterns that influence transition.

Lead Knee Sway measures the lateral movement of the knee closest to the target.

Club Thrust explaines how the clubhead is moving and it's association with face contact.

Chest Thrust measures the chest movement and identifies movement patterns that may affect delivery and impact.

Pelvis Thrust measures the pelvis movement and identifies movement patterns that may affect delivery and impact. Early extension is one of the most common movement patterns among amateur golfers and can lead to shanks, mis-hits, and inconsistent contact. Pelvis Thrust measures how your pelvis moves throughout the swing, making it a useful tracker for identifying whether you're maintaining the space needed for a more solid and consistent impact.

Trail Knee Sway measures the lateral movement of your knee farthest away from the target.

Chest Lift explains vertical movement of the chest and identifies movement patterns that may impact their transition and delivery.

Pelvis Sway identifies excessive lateral movement in the lower body, leading to inconsistencies.

Head Sway identifies excessive lateral movement of the head, leading to inconsistencies.

Hand Sway identifies excessive lateral movement of the head, leading to inconsistencies.

Chest Turn is a major engine in the upper body for rotation throughout the golf swing.

Lead Knee Flexion measures the flexion of the knee closest to the target

Chest Side Bend helps asses chest tilts and identify excessive/insufficient side bend throughout the swing.

X-Factor identifies how separation is maintained and released in transition, influencing swing direction and sequencing

Trail Knee Flexion measures the flexion of the knee farthest away from the target.

Lead Elbow Flexion measures the flexion of the elbow closest to the target

Shaft Angle in relation to shoulder plane evaluates shaft delivery and how the player's hand depth and body sequencing can influence the arc.

Trail Elbow Flexion measures the flexion of the elbow farthest away from the target

Shaft Angle explains how the club is delivered, sharing valuable insight into release and impact patterns.

Pelvis Side Bend identifies the pelvis tilts and can explain the movement's influence on transition and delivery.

Chest Bend evaluates posture and understands how the chest changes its bend throughout the backswing.

Pelvis Turn is a major engine in the lower body for rotation throughout the golf swing.

Hand Speed measures speed of hands, understanding how changes in technique affect speed throughout the swing

Club Head Speed measures the max speed the clubhead reaches during the entire swing

Transition Order measures the sequence of your pelvis, chest, arms, and club, exposing how efficient your swing is.

Hand Pull Down highlights where hands lower from the top of the backswing into the downswing, explaining transition and influence of the club’s path into impact.

Swing Direction in relation to stance explains the direction of the swing and how body movement patterns may influence it.