TaylorMade Hi-Toe 4 wedges build on the success of previous Hi-Toe generations, but with some noticeable Tour-tested improvements to help you play with more confidence, consistency, and versatility around the green.
Confidence To Hit Any Shot
- Hi-Toe 4 wedges mark a new generation of Hi-Toe design with an expanded toe pad that increases clubface surface area and adds a layer of player confidence. The wedges also feature an elevated CG that promotes lower launch conditions and increased spin.
Hop, Hop, Stop
- Spin it like never before with Hi-Toe 4. Hi-Toe 4 wedges boast full-face grooves in the 54°, 56°, 58°, and 60° lofts and all lofts utilize Spin Tread technology. These design features increase friction with the ball at impact, while also channeling away moisture in wet conditions.
Raw Face
- The raw, unplated face finish of Hi-Toe 4 wedges also adds to the spin equation. By leaving the face unplated, we are able to maintain geometric integrity while also adding another element of friction to help you control short shots. Raw face finishes are preferred by the majority of Tour pros and also help reduce glare. The bottom groove has a gold infill. This helps golfers center the ball in the club face at address and ensures the face is aimed square to the target.
All-Terrain, All the Time
- No matter if you’re playing on fescue-strewn links or out of thick Bermuda rough, swing the club steeply or on a shallower arc, there’s a Hi-Toe 4 wedge for you. Lofts ranging from 50° to 60°, and five different grinds give you plenty of choices to optimize your wedge makeup depending on your swing style and the conditions you play in.
Milled Grind Sole
- Consistent geometry in the sole of a wedge is imperative to ensure consistent performance. TaylorMade’s milling process maintains razor-thin tolerances that maximize quality assurance in every wedge we make.
Copper Finish
- Hi-Toe 4 wedges come in an innovative copper finish that’s pleasing to the eye. Over time, the finish develops a patina for a unique look without sacrificing performance.
