Frame Rate and Catching the Real Impact

Impact between a clubface and a golf ball happens in well under a millisecond. A standard smartphone camera, recording at 30 or 60 frames per second, simply doesn't have enough frames inside that window to show you anything useful about what happened at contact — by the time the shutter fires again, the ball is already gone.

What a High-Speed Camera Actually Captures

Our capture rig runs well beyond standard video rates specifically so contact itself gets multiple frames, not zero. That's the difference between seeing a blur where impact should be and seeing the face closing, the strike location on the face, and the very start of ball compression.

Why Radar Alone Isn't Enough

Doppler radar is excellent at tracking a moving object once it's airborne, which is why it handles ball flight, spin rate, and carry distance so well. But radar has a much harder time resolving exactly what the clubhead was doing in the split second before the ball left the face. That's squarely camera territory.

Radar tells you the result. The camera tells you the cause. A fitting recommendation built on only one of those is working with half the picture.

Where This Shows Up in a Fitting

Face angle at impact is the clearest example. Two swings can produce a nearly identical starting line, but arrive there through very different combinations of face angle and swing path. Radar alone can't separate those two variables after the fact — the camera resolves it directly, frame by frame.

What It Can't Tell You

High-speed capture is a snapshot of a single moment, not a full swing analysis. It won't tell you about your backswing tempo or your transition sequencing — that's a lesson question, not a fitting one. What it does tell you, reliably, is what the club and ball were actually doing at the only moment that determines ball flight.