Camera-Based Launch Monitor

Camera-based launch monitors place one or more high-speed cameras near the ball. They photograph the club and ball at thousands of frames per second, just before, during, and just after impact. Software reads the ball's dimple pattern (or a marked pattern on some units) from frame to frame to calculate spin axis and rate. It also tracks the clubhead through the same window to derive path, face angle, and speed at impact. The rest of the shot is then modeled mathematically from those impact conditions. That includes carry distance, apex (peak height), and total distance, which are not measured from actual flight.

Camera systems only need a small tracking volume right around the ball. So they work well in short indoor bays and simulator setups, where the ball hits a screen a few yards away. That is a genuine space advantage over radar systems, which need real flight distance to track.

The tradeoff is that everything after impact is a model prediction, not an observed measurement. Environmental factors the model can't see, like an unusual gust of wind or a wet range ball, add uncertainty. That uncertainty lands more on projected distance than on the impact-condition numbers themselves.