Two proven TaylorMade technologies have merged into a single new design. Introducing Hi-Toe RAW Big Foot, combining the full-face scoring lines and expanded toe area of Hi-Toe with RAW Face Technology. This unique wedge is designed for increased spin, precision and feel whether you’re taking full swings on your approach or playing finesse shots around the green.
The face of Hi-Toe RAW Big Foot features ZTP RAW Groove Design, engineered for more greenside spin, especially in wet conditions, with sharper, narrower and deeper grooves in the face.
The Hi-Toe design produces a higher center of gravity that’s engineered for a lower launch and more spin, delivering even better control and spin properties on full swings. The larger face area allows for added creativity on various lies around the green.
The Big Foot asymmetric C-Grind sole is flatter and wider at 32mm. This high bounce design is engineered for dig-resistance and improved performance from the deep rough or sand. Full-face scoring lines promote consistent ball contact on strikes across the face.
Hi-Toe wedges have delivered championship moments on the game’s greatest stages. Collin Morikawa’s short game magic with his 60° Hi-Toe propelled him to major championship allure.
RAW Face Technology designed for increased spin and feel with sharper, narrower and deeper grooves in the face, as well as laser etched precision. The face rusts* over time, preserving spin properties and providing the time-honored look preferred by many Tour professionals.
Milled Grind wedges ensure precision where it matters most. The process maximizes consistency when crafting each sole for repeatable performance and turf interaction.
Designed to encourage consistent ball contact out of the deep rough and increase spin on off-center strikes.
A thinner topline along with additional mass redistributed nearer to the top of the spine allows engineers to optimize CG location for precise flight and enhanced feel.
A slightly tarnished look delivers classic timeworn aesthetics that will change and evolve over time.