PING G440 LST FAIRWAY – FREE CUSTOM OPTIONS

Faster-swing-speed players are especially well-suited for LST, which delivers less spin and more control on a penetrating trajectory. A new HST (High-Strength Titanium) face, Ti 8-1-1 body, tungsten sole plate and Carbonfly Wrap crown position the CG low/back for faster ball speed with less spin for more distance. Available in both 3-wood and 5-wood to provide gapping solutions. Lofts are adjustable 1.5 and lie up to 3 flatter than standard.

MULTI-MATERIAL CONSTRUCTION

A new HST 220 (High-Strength Titanium) face, Ti 8-1-1 body, tungsten sole plate and Carbonfly Wrap crown position the CG low/back for faster ball speed with less spin for more distance.

TALLER, OPTIMIZED FACE

The maraging steel face is taller and optimized in the heel and toe regions for more ball speed and consistent performance on off-center strikes. This will increase your confidence hitting off the tee.

CARBONFLY WRAP CROWN

The Carbonfly Wrap crown saves weight, which is reallocated to help lower the CG, ensure forgiveness and contribute to a more muted, pleasing sound at impact.

CONTOURED SOLE DESIGN

Common to all G440 fairway models, a slimmer back-weight profile ensures the club sits more flush and the face angle remains consistent, no matter the loft or lie setting in the adjustable hosel.

NEW – 5-WOOD

Faster-swing-speed players especially will like this lower-spinning option to complement the 15 LST 3-wood. Their performance, versatility and gapping solutions have made higher-lofted PING fairways increasingly popular on Tour.

FREE HOSEL, LOW CG

Weight savings from the Free Hosel (11.5 g) and Carbonfly Wrap crown help create a low CG and ensure forgiveness.

HEAD SPECIFICATION

*Notes

• These are design specifications that may vary due to manufacturing tolerances.
• Standard length is based on the Alta CB Blue 65 shaft.
• Lie angle is an average of the five adjustable loft positions indicated on the hosel.
• Achievable swingweights depend on shaft, length and grip combinations.
• Available in left- and right-handed models.