Want it Friday 10th May?
Order within - days - hrs - mins - seconds
and choose next-day delivery
(excludes all custom fit products)
The Mizuno S23 Wedges have been crafted with great precision to deliver exceptional backspin performance. The unique design of the S23 combines the playing profile of a player’s bladed wedge with the aggressive performance of a toe-weighted design.
With a shorter hosel and a cavity that's oriented towards the heel, the S23 allows for more mass to be pushed towards the toe. This results in a centered sweet spot that is located heel-side in conventional wedges, leading to longer impact time, reduced head deflection, and increased spin on both full and partial shots.
The S23 Wedges are crafted using Mizuno's signature one-piece Grain Flow Forging process, providing golfers with the unmistakable feel and performance that Mizuno is known for. If you're looking for a wedge that can deliver extreme backspin and optimal performance on the course, the Mizuno S23 Wedges are an excellent choice.
One-piece Grain Flow Forged HD at Mizuno’s iconic facility in Hiroshima Japan – where Mizuno irons have been produced since 1968.
Weight pushed to the toe delivers a more centred sweet spot, more consistent strike and reliable high-spin numbers.
The S23’s partial heel-cavity and short hosel, centralises the sweet spot, whilst maintaining a players preferred versatile look at address.
Stronger lofts feature a tear-drop straight edge. Flowing gently into a more rounded lob wedge – with grinds to suit.
Mizuno’s HydroFlow Micro Grooves are laser etched to release moisture and reduce spin drop off.
Quad Cut Milled and loft specific – cut into Boron infused 1025 mild carbon steel for a longer effective lifespan.
Two durable finishes to purely suit your visual preference.
“That check and spin you see from the pros isn’t purely because of newer grooves – most of us don’t have the consistency of strike to get that kind of action. For the vast majority, a centralised sweet spot is much easier to find and get that repetitive action.”
David Llewellyn, Director Of R&D
