Cleveland CG14 Black Pearl Wedge

The CG14 Black Pearl Wedges feature breakthrough ZIP Groove technology for the biggest and most precisely milled grooves available in a Cleveland wedge. Zip Grooves afford optimal spin, distance control, and shot consistency. The CG14 Black Pearl Wedges also feature Gelback Technology to remove unwanted vibration on mis-hits, while still allowing players the necessary feedback from the clubhead for a soft yet responsive feel. A wider sole design further improves shot accuracy by increasing contact on full shots and preventing digging on fine-tuned addresses.

Zip Grooves:
Cleveland Golf's biggest grooves ever are 25 percent bigger than standard grooves. On each CG14 Wedge, the grooves are milled to maximum conforming dimensions using a proprietary CNC mill bit to create envelope-stretching geometry for added shot consistency. This larger groove volume helps channel more debris at impact than traditional grooves, creating optimal spin and distance control.

The absolute integrity of Zip Grooves is maintained by the application of a proprietary coating to each groove for protection during the face sandblasting process. The resulting Zip Grooves are pristine and shiny, making Zip Grooves Cleveland Golf's biggest, most consistent, precise, and visible wedge technology to date.

CG14 Spin Control:
The milling technology of Zip Grooves creates a larger groove volume, which channels more debris at impact than traditional grooves. Consistent spin is generated from all lies due to improved contact--making Zip Grooves perfect for players who expect optimal spin and distance control.

Gelback Technology:
Gelback, Cleveland Golf's lightweight, visco-elastic, vibration-damping material, is placed directly behind the hitting area of the clubface in the back cavity. Gelback is vibration-tuned to remove unwanted vibration on mis-hits while still allowing the player necessary feedback from the clubhead for a soft yet responsive feel.

52 Degree Loft Specifications:

• Angle: 10 degrees
• Length: 35.5 inches
• Lie: 64 degrees
• Swing weight: D3

56 Degree Loft Specifications:

• Angle: 14 degrees
• Length: 35.25 inches
• Lie: 64 degrees
• Swing weight: D5

58, 60, and 64 Degree Loft Specifications:

• Angle: 12 degrees
• Length: 35.25 inches
• Lie: 64 degrees
• Swing weight: D5

Manufacturer Warranty
One year

About Cleveland Golf
Roger Cleveland began producing and selling golf clubs in 1979, and Cleveland Golf started off as a company known for producing exquisite replicas of classic golf clubs from the 1940s and 1950s. Today owned by SRI Sports Ltd., the company is regarded as one of the forerunners in product innovation.

Product Description
The CG14 Chrome wedges offers a perfect balance of performance, versatility, and forgiveness. The design integrates Cleveland Golf's most advanced manufacturing and feel technology with a tour scrutinized shape, sole and offset. On each CG14TM wedge, the grooves are milled to maximum conforming dimensions using a proprietary CNC mill bit to create envelope-stretching geometry. To improve shot consistency, the new groove geometry was coupled with an innovative plating process - making ZIP GroovesTM Cleveland® Golf's most consistent, precise, and visible wedge technology to date. Introducing ZIP GroovesTM from Cleveland® Golf-the latest envelope-stretching technology from the #1 wedge in golf. This breakthrough technology for the CG14TM wedge features consistent milling of each groove to maximum conforming dimensions. The absolute integrity of these grooves is maintained by the application of a proprietary coating to each groove for protection during the face sandblasting process. The resulting ZIP Grooves are pristine and shiny, Cleveland's biggest and most precisely milled ever. Bring on the zip. Bring on the spin. Bring on the game. The milling technology of Zip Grooves creates a larger groove volume, which channels more debris at impact than traditional grooves. Consistent spin is generated from all lies due to improved contact - making Zip Grooves perfect for players that expect optimal spin and distance control.