Golf Biomechanics Testing

The most advanced golf evaluation in Madison

If you don’t assess, it’s just a guess

Identify the most important aspect limiting your ability to play your best and pain free

To achieve an efficient swing, a golfer must first be screened. A proper screen involves an assessment of swing mechanics, biomechanics, physical fitness, movement quality, current health, and injury history.

Golf Specific Movement Screen

The movement screen is a simple test to quickly evaluate a player’s physical capabilities.

The results of that assessment are used to determine how technical elements of the player’s swing could be related to what their body can or cannot do. Once this screen is finished, the results are used to create a plan unique for that golfer.

Fitness Assessment

Golf power testing for strength and speed evaluates a player’s ability to generate force through the upper body, core, and lower body, measuring how efficiently each segment contributes to the golf swing.

By quantifying rotational speed, explosive strength, and ground reaction forces, it identifies performance gaps and informs targeted training to maximize clubhead speed and overall swing power.

Golf Swing Video Analysis

Golf swing video analysis uses down-the-line and face-on camera angles to capture the full motion of the swing, allowing detailed evaluation of mechanics from multiple perspectives.

Line drawings and overlays highlight key swing characteristics—such as plane, posture, and club path—making it easier to identify inefficiencies.

3D Motion Capture

3D motion capture with K-Vest tracks the golf swing in three dimensions, analyzing the timing, sequencing, and rotational forces of the upper body, core, and lower body.

This technology provides precise, data-driven insights into swing mechanics, helping golfers optimize efficiency, power transfer, and consistency.

Force Plate Data

Ground force reaction analysis measures the forces a golfer applies to the ground throughout the swing, capturing how weight shifts, torque develops, and power is generated from the lower body.

By analyzing these force patterns, it identifies inefficiencies in balance, sequencing, and energy transfer, guiding targeted training to maximize swing power and stability.