Mizuno ST-Z 230 Fairway Wood
ST-Z 230 Fairway Wood
A mid-low spinning, high launching, adjustable fairway wood – developed hand in hand with our tour advisors, yet midsized and playable for all levels. Utilizing a high energy MAS1C steel face boosted by Mizuno’s CORTECH Chamber for exceptional ball speeds and powerful, solid sensation at impact.
CORTECH Chamber: The Missing Piece: Mizuno's CORTECH Chamber encases a dense stainless steel weight with elastomeric TPU, taking stress from the club face and creating an additional energy source. At the same time, locating weight closer to the club face to reduce spin rates, while contributing to a more solid, powerful sensation at impact.
ST-Z 230 Fairway Wood
A mid-low spinning, high launching, adjustable fairway wood – developed hand in hand with our tour advisors, yet midsized and playable for all levels. Utilizing a high energy MAS1C steel face boosted by Mizuno’s CORTECH Chamber for exceptional ball speeds and powerful, solid sensation at impact.
CORTECH Chamber: The Missing Piece: Mizuno's CORTECH Chamber encases a dense stainless steel weight with elastomeric TPU, taking stress from the club face and creating an additional energy source. At the same time, locating weight closer to the club face to reduce spin rates, while contributing to a more solid, powerful sensation at impact.
Original: $179.00
-65%$179.00
$62.65Description
ST-Z 230 Fairway Wood
A mid-low spinning, high launching, adjustable fairway wood – developed hand in hand with our tour advisors, yet midsized and playable for all levels. Utilizing a high energy MAS1C steel face boosted by Mizuno’s CORTECH Chamber for exceptional ball speeds and powerful, solid sensation at impact.
CORTECH Chamber: The Missing Piece: Mizuno's CORTECH Chamber encases a dense stainless steel weight with elastomeric TPU, taking stress from the club face and creating an additional energy source. At the same time, locating weight closer to the club face to reduce spin rates, while contributing to a more solid, powerful sensation at impact.
