Women's Cleveland 588 RTX CB2 Black Satin Wedge

Our Rotex face technology literally changed the face of spin in golf last year. Rotex 2.0 takes spin control to yet another level. 15% sharper grooves and a new micro-milled Rotex face pattern give these wedges the most surface roughness the USGA will allow. It's Spin 2.0.

We created three distinct grind options for the 588 RTX 2.0 wedge family. This comprehensive system has made it easier than ever for any golfer to build a wedge set that maximizes performance based on turf conditions, playing preference, and skill level. By progressively varying the wedge's sole design according to bounce, we have created an unmatched array of scoring tools that players can simply and easily identify as the best options for their game.

Fourth generation Tour Zip Grooves combine sharper grooves and deeper micro milling to provide superior spin on all shots from the rough.

• The Full Sole Grind provides a slightly higher effective bounce, allowing players to smoothly glide through any surface with ease. Consistent sole width gives players confidence when striking their ball on full shots while maintaining versatility around the green. Full Sole Grind is ideal for softer conditions and/or players with a steep attack angle.
• The Standard Bounce Grind provides a mid effective bounce, offering players a wedge that performs well in most conditions. The combination of a trailing edge grind and moderate relief from the heel and toe gives the player the perfect combination of versatility and forgiveness. Standard Bounce Grind is ideal for a wide variety of conditions and/or players with a neutral attack angle.
• The Low Bounce Grind provides the lowest effective bounce, allowing players to be aggressive from anywhere around the green. The combination of a trailing edge grind and maximum relief from the heel and toe lets the player be creative from even the tightest of lies. Low Bounce Grind is ideal for firm conditions and/or players with a more shallow attack angle.
• Advanced, 2-pass micro milling pattern provides a strategically designed roughness close to the USGA limit. This leads to increased friction and more spin, especially from inconsistent lies.