Taylormade Milled Grind 2 Hi-Toe Raw Big Foot Golf Wedge

Taylormade’s new Milled Grind 2 Hi-Toe Raw Big Foot Wedges deliver ultimate versatility with tour-proven spin and control thanks to its new raw face finish to give players pinpoint precision from a wide variety of lies around the green.

Uniquely designed with grooves across the entire face, Hi-Toe Wedges are engineered for the shotmakers. Featuring a high-bounce leading edge and enhanced heel and toe relief, Hi-Toe has been engineered to perform on chips, pitches, flop shots, bump-and-runs, and difficult lies.

Big Foot wedges feature an asymmetric C-Grind sole which is flatter and wider at 32mm. This provides dig-resistance and improved turf interaction for superb control and versatility from the rough and sand.

Drawing inspiration from some of the world’s best golfers, Milled Grind (MG) wedges use advanced surface milling techniques to ensure precision sole geometry, leading edges, and score lines. By eliminating the hand-ground process it ensures 100% consistency from wedge to wedge, resulting in a precisely crafted grind on each wedge that delivers optimal turf interaction and consistent performance.

The Milled Grind range of wedges feature a deeper bore and shaft insertion than previous models, resulting in the creation of a red polymer-filled Precision Weight Port located towards the heel of the sole. The deeper bore not only improves the shaft connection but also removes weight from the hosel, this discretionary weight is repositioned more centrally to improve the CG, making the club more solid and more forgiving.

To give this wedge its remarkable short game spin, a tour inspired raw face is used. Raw Face design produces a more precise geometry designed to optimise spin and feel. ZTP Raw Grooves offer sharper, deeper and narrower grooves and a sharper radius, which further combined with a rougher surface from the laser etching between the grooves, enable the golfer to create more friction between the clubface and the ball generating more greenside spin.