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PXG 0341 X GEN2 FAIRWAY WOODS
A TACTICAL APPROACH.
COMING IN HOT
Fast, fierce and on point, PXG 0341 X GEN2 Fairway Woods are a low spin golf club for supercharged distance. Featuring Hot Rod Technology inspired by the look and extreme performance of American muscle cars, the golf clubs feature a variable thickness carbon fiber crown and weight-forward design. These elements work together to dramatically reduce energy loss creating blazing fast ball speeds.
PRECISION WEIGHTING TECHNOLOGY
Eight weights provide a significant amount of moveable mass in the club head that can be easily adjusted to influence head weight, spin and bias.
Adjustable hosel can change the loft (+/-) 1½ degrees to optimize the trajectory.
Promotes low spin performance and helps improve both distance and accuracy.
TECHNOLOGY THAT PERFORMS
PXG 0341 X GEN2 Fairway Woods feature a multi-level, variable thickness carbon fiber crown design. The stiff carbon fiber construction reduces energy loss, yielding faster ball speeds, and helps reinforce the face structure for improved consistency. The dynamic visual styling of the crown, including a high-performance anti-glare finish, eliminates distractions at address, subliminally aids alignment for more centered and consistent ball striking and enhances aerodynamics. The carbon fiber crown saves approximately 14 grams of mass from the top of the club head that can be redistributed in the sole, helping to lower the CG position and optimize ball flight.
The high-strength steel face used in PXG 0341 X GEN2 Fairway Woods supports a thin face construction. The variable design further optimizes the face to promote faster ball speeds.
PXG 0341 X GEN2 Fairway Woods are designed with a honeycomb TPE insert. TPE, also used in PXG GEN1 Irons and Drivers, is a high-performance vibration-dampening polymer that enhances the golf club’s sound and feel. The honeycomb structure helps reduce the mass of the dampening structure, allowing for more weight to be repositioned around the sole of the club to optimize launch conditions.