TECHNOLOGY THAT PERFORMS
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TPE Technology
TPE (thermoplastic elastomer) is a low-density, vibration dampening material that enhances a club’s sound and feel. TPE also adds structural stability to the club’s face and help produce a more efficient energy transfer.
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World's Thinnest Face
The face is formed from ultra-thin HT1770 high-strength maraging steel that measures just 1.5mm thick, about the thickness of a penny. The weight saved by using a thin face allows more mass to be positioned in areas of the club head that help to optimize launch conditions and MOI.
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Perimeter Weighted Technology
The CNC milling process removes a significant amount of mass from the center of the hollow-bodied club. High-density, tungsten alloy weights, strategically positioned around the perimeter of the club head add mass to help increase MOI and create optimal launch conditions.

TPE Technology
TPE (thermoplastic elastomer) is a low-density, vibration dampening material that enhances a club’s sound and feel. TPE also adds structural stability to the club’s face and help produce a more efficient energy transfer.

World's Thinnest Face
The face is formed from ultra-thin HT1770 high-strength maraging steel that measures just 1.5mm thick, about the thickness of a penny. The weight saved by using a thin face allows more mass to be positioned in areas of the club head that help to optimize launch conditions and MOI.

Perimeter Weighted Technology
The CNC milling process removes a significant amount of mass from the center of the hollow-bodied club. High-density, tungsten alloy weights, strategically positioned around the perimeter of the club head add mass to help increase MOI and create optimal launch conditions.
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PXG 0311 X GEN1 Driving Irons Specs
Club | Length (inches) | Loft | Lie | Offset (inches) | Bounce |
---|---|---|---|---|---|
1 | 40¾ | 15° | 59.5° | .180 | -1° |
2 | 40⅛ | 17° | 60° | .160 | 1° |
3 | 39½ | 19° | 60.5° | .145 | 2° |
4 | 38⅞ | 21.5° | 61° | .135 | 3° |
5 | 38¼ | 24° | 61.5° | .130 | 4° |