TAYLORMADE TP5x PIX 3.0 GOLF BALL

TAYLORMADE TP5x PIX 3.0 GOLF BALL


  • SKU: JLO50698784
  • Product Category:Golf balls
  • Availability:In Stock

  • Original price was: $5.99.Current price is: $3.59.


Introducing the TaylorMade TP5x Pix 3.0 Golf Balls (24) a perfect fusion of cutting-edge technology, enhanced visual design, and superior performance

Details:

Construction: Five-Piece: The TP5x Pix 3.0 features a sophisticated five-piece construction, meticulously engineered to deliver the perfect balance of distance, control, and feel for a comprehensive and versatile performance.
Cover: Cast-Urethane: The cast-urethane cover ensures durability while maintaining a soft feel, providing resilience and responsiveness for consistent performance on every shot.
Dimples: Advanced Visual Technology: This iteration introduces advanced visual technology with the Pix 3.0 design, offering enhanced alignment aids and visual tracking for improved shot control and focus on the course.
Feel: Responsive and Soft: Experience a responsive and soft feel with each swing, offering exceptional feedback and control, especially in your short game.
Flight: Mid-High: Achieve a mid-high ball flight that perfectly balances distance and trajectory control, allowing you to navigate the course with confidence and precision.
Long Game Spin: Low: Engineered for low long game spin, the TP5x Pix 3.0 maximizes distance off the tee, ensuring efficiency and power with every swing.
Visual Enhancement – PIX 3.0: The PIX 3.0 visual technology enhances visibility and alignment, featuring advanced patterns and color contrasts that aid in tracking the ball for improved shot accuracy.
Speed-Layer System: Retaining the innovative speed-layer system, the TP5x Pix 3.0 optimizes energy transfer for maximum speed and distance, providing exceptional performance in every aspect of your game.
High-Flex Material: Utilizing high-flex material in the construction, the TP5x Pix 3.0 ensures a responsive feel, allowing the ball to react precisely to your swing for optimal control.