Ping G430

PING’s engineering team developed several new technologies common to all three models while applying specific advancements to each individual head,...

PING’s engineering team developed several new technologies common to allthree models while applying specific advancements to each individual head, ...

PING’s engineering team developed several new technologies common to all three models while applying specific advancements to each individual head,...

PING’s engineering team developed several new technologies common to all three models while applying specific advancements to each individual head,...

PING’s engineering team developed several new technologies common to all three models while applying specific advancements to each individual head,...

In all the G430 fairways, Ping have developed Carbonfly Wrap to deliver more distance by positioning the CG closer to the force line to maximise ba...

In all the G430 fairways, Ping have developed Carbonfly Wrap to deliver more distance by positioning the CG closer to the force line to maximise ba...

In all the G430 fairways, Ping have developed Carbonfly Wrap to deliver more distance by positioning the CG closer to the force line to maximise ba...

In all the G430 fairways, Ping have developed Carbonfly Wrap to deliver more distance by positioning the CG closer to the force line to maximise ba...

PING’s engineering team developed several new technologies common to all three models while applying specific advancements to each individual head,...

PING’s engineering team developed several new technologies common to all three models while applying specific advancements to each individual head,...

The multi-material iron produces distance gains of approximately 7-10 yards and improved accuracy throughout the set. It’s the result of a complex ...

The multi-material iron produces distance gains of approximately 7-10 yards and improved accuracy throughout the set. It’s the result of a complex ...

The low-spinning tour-style design combines a 2041 Beta-Ti face, Ti 8-1-1 body, and a high-density tungsten sole plate to position the CG low/back...

The G430 MAX 10K drivers are designed to have a combined MOI of 10,000 g/cm2 or greater, eclipsing the 10,000 g-cm2 combined moment of inertia thre...

The next generation of speed - Ping G430 Drivers are built to be faster, more forgiving, sound optimised and packed with distance for game-changing...