PXG Putter Bat Attack Zero Torque

PXG Putter Bat Attack Zero Torque

Maximum stability. Zero twist.

The PXG Bat Attack Zero Torque (ZT) Putter has been developed to eliminate eliminate twisting of the clubface and ensure maximum stability throughout the entire Putt. Thanks to the innovative Zero Torque Balance Technology and the specially developed S-Hosel the clubface remains square to the target line throughout the entire Square to the target line - for more precision, consistency and confidence on the green. on the green.

Highlights:

• Zero Torque Balance: Prevents the clubface from twisting during the follow-through.
• Built-In Forward Press: Supports a constant hand position and optimized launch.
• Ultra-thin face with S COR™: For a soft feel and precise feedback.
• Aggressive pyramid face milling (Gen 3): Optimizes roll and ball contact.
• Extremely high MOI due to perimeter weighting: For maximum forgiveness.
• Adjustable weights: Fine tuning of weight and balance depending on playing style.

Technical details:

• Model: Bat Attack Zero Torque (ZT)
• Head shape: High-MOI Mallet
• Material: 303 stainless steel (hollow body)
• Face thickness: 0.055"
• Loft: 5° measured (plays like 3° through 2° Forward Press)
• Balance: Toe-Up, Zero Torque
• Hosel: S-Hosel
• Shafts: Standard steel, M16 Chrome, DLC Double Black M16 (upgrade)
• Head weights: 350g (min), 365g (standard), 385g (max) - individually adjustable

Technologies in detail:

Hollow body made of 303 stainless steel
The precisely milled hollow construction shifts weight from the center to the edge the edge - for extreme MOI values and a deeper CG that transfers energy to the ball more transfers energy to the ball more efficiently.

S COR™ polymer filling
A special, lightweight polymer fills the inside of the Putter. It dampens vibrations, provides a soft feel and enables additional additional weighting at the edges for more stability.

Pyramid Face Milling - Generation 3
The third generation of the aggressive milling structure interacts optimally with the dimples of the ball. The result: more consistent rolling behavior, softer sound and precise feedback.