Ping G430 LST Driver

Unlocking more speed and distance through engineering innovations like Carbonfly Wrap without sacrificing its industry-leading forgiveness, PING has introduced the G430 family for golfers of all skill levels.

In the new drivers, PING’s engineering team developed several new technologies common to all three models while applying specific advancements to each individual head, producing measurable ball-speed gains while improving sound throughout the series.

The added ball speed is attributed to a shallower and thinner VFT forged face design engineered with Spinsistency, a variable roll radius technology proven on the G425 fairway woods and hybrids. The improved and pleasing sound is the result of fine-tuning the frequencies of the head through a new internal rib structure.

Carbonfly Wrap
Exclusive to the LST is Carbonfly Wrap, an ultra-lightweight composite crown that wraps into the heel and toe sections of the skirt. Weight savings are reallocated to lower the CG and increase ball speed and MOI (forgiveness). The composite also plays a role in the pleasing sound.

Optimized T9S+ Forged Face
A shallower, variable-thickness face and the transition design create more deflection to generate faster ball speed for our biggest distance gains to date.

Sound Engineering
Research into audio frequencies and harmonics led engineers to create a new internal rib structure and increase the curvature (stiffness) of the crown, skirt and sole, resulting in a desirable sound and impact experience.

Spinsistency
A variable roll radius creates less loft low on the face to improve performance by reducing spin, resulting in faster speeds that generate consistently longer drives.

Shift The CG
To fit your faster swing speed and desired launch conditions, prior to your round you can adjust the high-density, tungsten 22-gram backweight, which delivers ±7 yards of movement in the Draw, Neutral and Fade settings.

Adjust Loft, Lie
Trajectory Tuning 2.0 utilizes a lightweight, aerodynamic hosel sleeve that provides eight positions to customize your trajectory for maximum distance and accuracy.