![]() ![]() In the lower-lofted wedges (46, 50 and 52 degrees), the sidewall is milled at 20 degrees with an edge radius of. Going sharper increases the groove interaction with the golf ball cover at impact, which in turns generates more friction for spin and trajectory control. The wheel-cut groove milling process, first introduced with Glide 2.0, produced a sharper edge radius for the lower- and higher-lofted wedges. At the same time, we’ve increased the perimeter weighting and improved the feel with the softer insert material to ensure golfers have the forgiveness they need to play with confidence on approach shots.” “We’ve added some offset based on tour player feedback to provide a more captured look. “At address, it provides the clean look of a tour-style wedge,” said Ping president John K. ![]() The center of gravity is positioned higher in the head to produce lower-launching, high-spinning shots for more control. The 431 stainless steel head is highlighted by a larger elastomer Custom Tuning Port (CTP) insert and patented cavity design that expands the perimeter weighting to increase the Moment of Inertia (MOI) - a measure of forgiveness - while improving overall feel at the same time. ![]() Instead of refining the profile and making minor tweaks to the technology, Ping engineers opted to completely overhaul the wedge, re-designing every component through a “grip-to-grind approach.” There’s nothing subtle about the changes Ping’s third-generation Glide 3.0 wedge underwent during the creation process. ![]()
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