because accuracy matters
GEARS is a full swing club and body tracking system used by PGA pros, club fitters, and club manufacturers to measure and analyze every nuance of a swing, in full 3D, from address to follow-through. Built on the same technology used by biomechanists and filmmakers, GEARS is the most advanced motion capture solution developed specifically for golf.
Full body data with biofeedback
Use the world’s most popular motion capture tech to measure body motion with unmatched fidelity:
Shoulder Angle | Hip Angle | Knee Angle | Toe Angle | Spine Angle | Major Body Lines | Kinematic Sequence
complete club data in 3-d
GEARS offers more data about your swing, with more accuracy, than any other tool in golf:
Full Swing Path | Impact Location | Club head Speed | Deflection Droop | Shaft Deflection | Face Heading | In/Out Path | Loft (static & dynamic) | Lie (static & dynamic) | Angle of Attack
Compare a user’s swing side-by-side with previously recorded data in fully rendered 3D—a powerful tool for measuring progress over time or comparing with proper techniques. Past and present data is synchronized during playback, for frame-by-frame comparison of key swing elements.
What makes GEARS so accurate?
MEASUREMENTS NOT ESTIMATES
Most systems rely on low resolution approximations of swing data, with algorithmic estimates filling in the gaps. GEARS provides hard data, actually measuring the entire swing as it unfolds.
Data. Lots of it.
GEARS analyzes over 600 images per swing, in less than a second. Because both the grip and head are tracked, that data provides significant insight into a swing, even including shaft deflection—information that cannot be obtained by tracking the grip alone.
Optical motion tracking
GEARS is an optical (camera-based) tracking system, powered by eight 1.7 megapixel cameras running at 360 frames per second. It offers numerous advantages over other approaches, including:
Track any club, with snap-on club mounts | Measurements as fine as 0.2 mm | No wires attached to the user | Golf ball detection, for pinpoint impact location information | Simple system setup | “Absolute positioning,” with zero drift (unlike inertial systems)