Golf Shop: ODYSSEY White Hot XG 2-Ball SRT Lined Putter

"Odyssey White Hot XG 2-Ball SRT Lined Putter : The Odyssey White Hot XG SRT Putters combine a multi-layer insert with Saturn Ring Technology to give you phenomenal performance with any golf ball. Inspired by high-performance golf ball technology, the White Hot XG insert takes two materials with different properties and combines them to take the level of feedback and feel to an all-new high. Saturn Ring Technology features a high-density alloy ring weighting system and a lightweight milled aluminum body that precisely place the putter’s center of gravity (CG) and dramatically increase the Moment of Inertia. And with the tour-proven 2-Ball alignment system , lining up putts is easier and more accurate. High-Density Alloy Saturn Ring Weighting system provides an optimum CG location for a truer roll and an enormous MOI to help keep the putter on-line during the stroke Lightweight Milled Aluminum Body allows for distribution of weight to the perimeter of the head for better stability Multi-layer insert combines a soft, highly resilient core for enhanced feel with a thin, firm cover infused with urethane for exceptional feedback 2-Ball alignment system makes lining up putts easier and more accurate. High-Density Alloy Saturn Ring Weighting System Optimum CG location promotes truer roll off the face and the enormous MOI helps keep the putter on-line during the stroke and through impact. Lightweight Milled Aluminum Body Allows for distribution of weight to the perimeter of the head for enhanced stability and better roll. Multi-Layer Insert The elastomer core material is soft for enhanced feel, and highly resilient to get the ball rolling The thin outer striking surface with urethane is firmer for fine-tuned responsiveness Allows weight to be shifted to the perimeter of the putterhead for a high Moment of Inertia, better stability during the stroke and a truer roll 2-Ball Alignment System Makes lining up putts easier and more accurate. Textured Impact Zone Enhances feel and clearly defines the optimum impact area."