PING i230 Irons - Graphite Shaft

The PING i230 Iron Sets (Graphite Shaft) deliver consistent, predictable distance control and tight dispersion. An activated elastomer insert creates discretionary weight to lower the CG for more distance while enhancing feel and sound in conjunction with a multi-material badge. A more rounded lead edge ensures smooth turf interaction for clean strikes.

Features & Benefits:

1. Premium Feel, Sound
   A consistently more pleasing feel and sound in every iron result from a four-layer cavity badge that damps undesirable frequencies, working in concert with a soft elastomer insert behind the badge in the 431 stainless steel head.
2. Low CG, Higher MOI
   Activated elastomer saves significant weight that is re-allocated to achieve a low CG for more distance and (with tungsten toe and tip weights) increase forgiveness. The elastomer reinforces the face, providing more consistent bending and energy transfer to generate a higher, stronger ball flight.
3. Rounded Lead Edge
   The sole design is similar to the tour-proven i210, with a more rounded lead edge and ample bounce to promote smooth turf interaction for clean, solid ball striking.
4. MicroMax Grooves
   Precision-milled MicroMax grooves deliver consistent launch and spin for accuracy in the long irons and greater control in the short irons and wedges, especially in wet conditions where the grooves and hydropearl 2.0 chrome finish ensure low launch angles with high spin.
5. Compact Long Irons
   For consistent clubface delivery and greater accuracy in the long irons, the 3-5 irons are slightly more compact than i210, while the mid and short irons are similar blade lengths, creating a tour-preferred look across the set. Pictured above are the 4-iron (left), and 7-iron.
6. Consistent Gapping
   The i230 delivers predictable and repeatable distance with the control and playability to hit precise yardages, ensuring the gapping consistency expected of a players-style iron.

Specifications:

Grip: Lamkin Crossline Black

NOTE: B = Bounce | O = Offset