PING G440k - Fairway Magnet.
Designed for golfers chasing maximum speed and forgiveness, the new PING G440 K delivers the straightest and most stable adjustable driver PING has ever produced. At the heart of the design is a new 32-gram adjustable back weight, allowing golfers to fine-tune their shot shape by positioning the weight in Neutral, Draw or Fade, while maintaining exceptional stability and consistency across the face.
The back weight is 4 grams heavier than the G430 MAX 10K, PING’s previous highest-MOI driver, pushing more mass to the perimeter of the head. The result is a higher MOI, a lower and deeper centre of gravity, and faster ball speeds powered by the responsive T9S+ face—even on off-centre strikes.
A Dual Carbonfly Wrap combined with Free-Hosel Technology removes weight from the sole, crown and hosel, which is then strategically repositioned around the perimeter and back of the head. This creates a deeper CG for increased speed, greater forgiveness and improved ball-speed retention across the entire face. The Free-Hosel design also enhances face flex in the heel region, preserving speed on mishits.
To complete the package, a composite crown bridge and acoustic sole ribs deliver a more muted, solid sound at impact. These structures work together to reduce unwanted vibration, giving the G440 K a powerful, refined feel that matches its performance.
Technology
· 32-gram adjustable back weight (Neutral, Draw, Fade) in the G440 K helps achieve PING highest-MOI adjustable driver
· 4g heavier back weight in the G440 K compared to the G430 MAX 10K moves CG lower and deeper for more ball speed and extreme MOI
· Dual Carbonfly Wrap crown and sole, plus Free-Hosel technology save weight in the G440 K to help position CG lower and deeper with high MOI.
· Free Hosel saves weight from the heel section of the G440 K to retain ball speed in that region of the face
· Composite crown bridge and sole ribs damp vibrations are engineered into the G440 K to improve sound with a muted and powerful impact experience
· The G440 K features a cast Ti 811 body, faster T9S+ face; our largest profile front to back
· G440 K HL (High Launch) build available in all lofts for slower-swing-speed golfers; 28g back weight, 46" length
Get Closer To Perfection - Tour-Proven Spin. Total Shot Control.
The new s259 wedges build on the Tour-winning performance of the s159 family, delivering even greater spin, control and versatility for golfers of all abilities. Refined grinds and expanded loft options provide precision from every lie, wrapped in a Tour-preferred shape, sound and feel.
Precision-Milled Spin Control
Each s259 wedge features wheel-cut grooves, precision-milled to optimize performance by loft. Higher-lofted wedges (54°–62°) utilize tightly spaced MicroMax grooves for maximum spin around the greens. Lower-lofted options (46°–52°) feature a 20-degree sidewall designed to maximize groove volume for enhanced control on full swings. A friction-adding face blast further boosts spin consistency and launch control from all distances.
Optimised Loft Design for Confidence and Versatility
Every s259 wedge loft is engineered to excel in specific shot scenarios.
Lower-lofted wedges (46°–50°) feature a straighter leading edge and a lower, more centered CG to blend seamlessly into PING iron sets and deliver consistent distance gapping.
Mid-lofts (50°–54°) use a full-length bottom groove and higher CG to enhance distance control and off-speed wedge shots.
Higher-lofted wedges (56°–62°) incorporate increased visual offset and a smaller hosel to inspire confidence when opening the face and executing delicate shots around the greens.
Refined Grinds for Every Shot
The updated E-grind delivers a cleaner, more familiar look at address while maintaining exceptional performance from bunkers and slightly open-face shots.
The T-grind features a steeper trail edge, allowing the face to sit lower on open-face shots for ultimate creativity around the greens.
The W-grind now includes 50° and 52° lofts, ideal for golfers with steeper angles of attack who need improved gapping and consistent turf interaction in lower-lofted wedges.