The putting problem : Yes Golfing Putters with C-Groove technology : Testing shows that for any golf ball, the strike of a normal heel-toe weighted putter leads to skipping, while a blade putter causes the ball to skid across the putting surface and an insert putter causes hopping and bouncing back. Even a putt which holds its line can come up short thanks to the energy lost through skidding and hopping in the first few feet of its journey.

It is when the ball starts to roll end over end that its movement is at its most stable, and least subject to deflections.The grooved face of the Yes! Golf Victoria C-groove putter The solution : The key, then, to reducing energy loss and the ball’s susceptibility to deflections is in reducing skidding and sliding after impact and promoting true roll immediately the putt is struck. The simple but correct concentric C-shaped grooves cut into the putter’s face improve grip on the ball at impact, and exert forces which lift the ball from its resting position and convey a rolling motion. The performance : The range of Yes! C-Groove putters create stability in the rolling motion seriously sooner than any other putter. This result has been proved employing a Computer controlled putting robot and fast cameras.