Head Shape
Side Profile
Face Shape
FULL AV CARBON FIBER CROWN
Our
GEN5
Driver crown is made entirely from high-grade carbon fiber. This lightweight material saves mass in the crown, allowing it to be redistributed low and to the perimeter of the clubhead for optimal CG and added forgiveness. The carbon fiber head undergoes an innovative vapor deposition process conducted in a vacuum-sealed chamber. The Aluminum Vapor (AV) Technology increases the stiffness and stability of the carbon fiber crown, which reinforces the face, increasing C.O.R.
SUPPORTED WEIGHT STRUCTURE
Through rigorous modal analysis testing, PXG designed an innovative supported weight structure that delivers unbelievable sound and feel. Our Precision Weighting Technology is shifted to the extreme perimeter of the clubhead, anchoring the weight ports to the outer wall. That positioning creates a stiff, stable structure and a sophisticated internal geometry that generates high-frequency vibrations. Using modal analysis to study vibration, PXG determined the ideal frequency range that produces a more optimal feel and sound at impact. The final product proved positive what testing data predicted,
GEN5
Drivers sound and feel radically better than any driver before it.
FACE TECHNOLOGY
High-Speed Face
The face is made from a high-strength Ti412 titanium alloy, a material that has an exceptionally high yield strength and a low elastic modulus. This helps generate significant face deflection and spring to create ultra-fast ball speeds.
Variable Face Design The variable thickness face features topographic geometries that help reduce mass and support maximum ball speeds and increase durability.
Variable Face Design The variable thickness face features topographic geometries that help reduce mass and support maximum ball speeds and increase durability.
ROBOTIC POLISHING
Robotic polishing is a high-precision process that ensures the face thickness and the face curvature (the bulge and roll radii) are manufactured to design specs that maximize performance and impart corrective launch and spin for ideal ball flight on off-center shots.
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GEN5 Drivers Specs
Model | Lofts | Lie | Length (Inches) | Head Mass (grams) |
---|---|---|---|---|
0311 GEN5 | 7.5°,9°,10.5° | 59° | 45.5" | 203g |
0311 XF GEN5 | 9°,10.5°,12° | 59° | 45.5" | 203g |
GEN5 DRIVERS SPECS
Model | Lofts | Lie | Length (Inches) | Head Mass (grams) |
---|---|---|---|---|
0311 GEN5 | 7.5°,9°,10.5° | 59° | 45.5" | 203 grams |
0311 XF GEN5 | 9°,10.5°,12° | 59° | 45.5" | 203 grams |
ADJUSTING YOUR WEIGHTS
GEN5
Drivers present one (2.5g) light and two heavy (7.5g) sole weights that are interchangeable to support preferred spin and bias settings. Weights are available in 2.5, 5, 7.5, 10, 12.5, 15, 17.5 and 20 gram options and can also be used to adjust the overall head mass.
Adjustable weights in PXG GEN5 Drivers are used to customize the club's center of gravity and promote specific ball flight characteristics, such as increasing forgiveness or optimizing shot shape.
Adjustable weights in PXG GEN5 Drivers are used to customize the club's center of gravity and promote specific ball flight characteristics, such as increasing forgiveness or optimizing shot shape.
DIALED IN
Modifying your weight configuration is easy. The weights provide a significant amount of moveable mass in the clubhead that can be adjusted to influence spin and bias. When starting to adjust, please ensure that the weight ports are clean. Simply use the torque tool provided to unscrew the weights required, turning counterclockwise. Move the weights to the desired location and turn clockwise to tighten. Weight kits are available for additional weighting options.
DRAW BIAS
This weight distribution positions the mass towards the heel of the clubhead making it easier to square the face at impact, producing a more draw biased shot.
MAX FORGIVENESS
This weight distribution positions mass towards the back of the clubhead, creating high trajectory launch conditions and delivering maximum MOI.
FADE BIAS
This weight distribution positions mass towards the toe, creating the lowest spin performance and high launch conditions for maximum distance
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