Mizuno ST-MAX 230 Fairway Woods
Unlock precision and power with the Mizuno ST-MAX 230 Fairway Woods. Crafted with a larger footprint and wide profile, these fairway woods are meticulously engineered to deliver unmatched straight-line performance across the entire clubface.
Equipped with a high-energy MAS1C steel face and an expanded CORTECH Chamber, the ST-MAX 230 Fairway Woods are optimized to enhance both center and off-center ball speeds. By strategically shifting the CORTECH Chamber closer to the clubface, this innovative design ensures exceptional performance whether hitting from the tee or the turf. Furthermore, a speed bevel on the leading edge adds to the overall performance, ensuring consistent results in any lie.
To further enhance performance, a wrap-around toe composite completes the weighting improvements, working together to produce a remarkably straight and predictable ball flight. Elevate your game with the Mizuno ST-MAX 230 Fairway Woods, where precision engineering meets uncompromising performance on the golf course.
“The ST Max stands alone as a high MOI design - we’ve had genuine curiosity from our tour staff. A consequence of making sure the profile still looks good over the ball and the speed is there. Without retaining the other performance traits of a great fairway wood an extra few point on the MOI scale means very little.”
Chris Voshall / Mizuno Golf
Wide profile, large footprint with wrap around toe composite for extreme twist resistance to off centre strikes and a straight, predictable ball flight.
A dense stainless steel weight with elastomeric TPU – taking stress from the clubface and creating an additional energy source. Lengthened in the ST MAX and shifted closer to the clubface to maintain ball speeds across a wider portion of the clubface.
A modification to the leading edge ensures cleaner turf interaction and speed retained on strikes direct from turf.
Incorporating Mizuno’s multi-thickness design for quick ball speeds across the face, while maintaining strength and durability.
4 degrees of adjustability.