The Ping G15 Hybrid features the following: Soft yet durable stainless steel heads A large internal toe pad expands the perimeter weighting to make it a forgiving hybrid Iron style face and hosel design ...
The Ping Rapture hybrid features the following: A 475 Super Steel face, 17-4 Stainless Steel body and Tungsten Nickel sole are the ultimate combination of materials producing optimum hybrid fairway wood ...
The PING G5 Hybrid features the following: A compact, low profile head and high strength 455 stainless steel face deliver higher initial launch trajectory and increased ball speed for maximum carry distance ...
The Ping i15 Hybrid features the following: Internal weighting positions the Center of Gravity low and back to produce penetrating ball flight Offers a high MOI with a tour preferred trajectory For golfers ...
The Ping K15 Hybrid Features the following: A large internal weight pad in the hybrids produces a high MOI for added forgiveness The hybrid’s offset hosel and face relationship increases launch and ...
The Ping i20 Hybrid features the following: 17-4 Stainless Steel club head. Weights are placed low and back on the sole to increase MOI and position the CG for lower spin. Compact club size to get out of ...
The Ping G20 Fairway Wood features the following: Internal weight that places the CG position to generate high launch and low spin. Flatter lie angle increases control. Increased bounce and sole camber ...
The Ping G20 Fairway Wood features the following: Internal weight that places the CG position to generate high launch and low spin. Flatter lie angle increases control. Increased bounce and sole camber ...
The Ping i20 Hybrid features the following: 17-4 Stainless Steel club head. Weights are placed low and back on the sole to increase MOI and position the CG for lower spin. Compact club size to get out of ...
The Ping G25 Hybrid features the following: Progressive CG locations within the G25 Hybrids optimize the ball flight for each club head. The weight is low and back to increase launch angle and spin rate ...