Tag Archive | "WEDGE"
Men’s Titleist Vokey Spin Milled Oil Can Wedge
The Titleist Vokey Spin Milled Oil Can wedges feature: Higher spin is assured by the face and groove CNC (computer numerically controlled) milling process Grooves that are milled precisely to create a sharper edge radius that increases friction upon impact with the ball resulting in more controlled spin Additional “texture” is CNC milled [...]
Continue reading...Men’s Titleist Vokey Spin Milled Oil Can Wedge
Friday, March 12, 2010
The Titleist Vokey Spin Milled Oil Can wedges feature: Higher spin is assured by the face and groove CNC (computer numerically controlled) milling process Grooves that are milled precisely to create a sharper edge radius that increases friction upon impact with the ball resulting in more controlled spin Additional “texture” is CNC milled [...]
Continue reading...Men’s Titleist Vokey Spin Milled Wedge
Wednesday, March 10, 2010
The Spin Milled Vokey wedges offer higher spin than previous Vokey Design models Higher spin is assured by the face and groove CNC (computer numerically controlled) milling process Grooves are milled precisely to create a sharper edge radius that increases friction upon impact with the ball resulting in more controlled spin [...]
Continue reading...Men’s Titleist Vokey Spin Milled Oil Can Wedge
Monday, March 8, 2010
The Titleist Vokey Spin Milled Oil Can wedges feature: Higher spin is assured by the face and groove CNC (computer numerically controlled) milling process Grooves that are milled precisely to create a sharper edge radius that increases friction upon impact with the ball resulting in more controlled spin Additional “texture” is CNC milled [...]
Continue reading...Men’s Titleist Vokey Spin Milled Oil Can Wedge
Saturday, March 6, 2010
The Titleist Vokey Spin Milled Oil Can wedges feature: Higher spin is assured by the face and groove CNC (computer numerically controlled) milling process Grooves that are milled precisely to create a sharper edge radius that increases friction upon impact with the ball resulting in more controlled spin Additional “texture” is CNC milled [...]
Continue reading...Titleist Vokey Spin Milled Wedge
Tuesday, March 2, 2010
Titleist Vokey Spin Milled Tour Chrome Wedge More Ways To Hit It Close Vokey Design Spin Milled wedges are available with an unmatched number of choices for loft, bounce and sole grind, and are now available in two different groove configurations to meet every shot requirement, swing-style, course condition and rules governing tournament [...]
Continue reading...Men’s Titleist Vokey Spin Milled Oil Can Wedge
Wednesday, January 13, 2010
The Titleist Vokey Spin Milled Oil Can wedges feature: Higher spin is assured by the face and groove CNC (computer numerically controlled) milling process Grooves that are milled precisely to create a sharper edge radius that increases friction upon impact with the ball resulting in more controlled spin Additional “texture” is CNC milled [...]
Continue reading...Men’s Titleist Vokey Spin Milled Oil Can Wedge
Monday, January 11, 2010
The Titleist Vokey Spin Milled Oil Can wedges feature: Higher spin is assured by the face and groove CNC (computer numerically controlled) milling process Grooves that are milled precisely to create a sharper edge radius that increases friction upon impact with the ball resulting in more controlled spin Additional “texture” is CNC milled [...]
Continue reading...Men’s Titleist Vokey Spin Milled Wedge
Friday, January 1, 2010
The Spin Milled Vokey wedges offer higher spin than previous Vokey Design models Higher spin is assured by the face and groove CNC (computer numerically controlled) milling process Grooves are milled precisely to create a sharper edge radius that increases friction upon impact with the ball resulting in more controlled spin [...]
Continue reading...Titleist - Vokey Design Black Nickel Wedge w/ steel
Sunday, December 20, 2009
Vokey Black Nickel Wedge Vokey Design wedges are the finest short game tools available. They are made from heat-treated 8620 mild carbon steel to ensure precise shape, tight tolerances and process consistency, while providing soft, solid feedback. [...]
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Friday, April 9, 2010
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