StrikePoint Shaft 2.0

The StrikePoint™ 2.0 is a 31-inch carbon fiber shaft with a 12.4mm tip diameter, Paladin Precision™ medium-density tip, and Uni, Radial, 3/8 x 10, 5/16 x 14, and 5/16 x 18 joint options. It is configured for rotation games on larger tables.

Elevate Your Rotation Game:

The StrikePoint Precision Shaft

The StrikePoint™ 2.0 uses a carbon fiber construction and rotation-oriented design for games such as 9 Ball, 10 Ball, Rotation Pool, and 7 Ball.

Specifications

Length: 31 Inches (78.7cm)
Tip Diameter: 12.4mm
Tip: Paladin Precision™ Laminated Multi Layer Medium Density

 

Key Features:

🌀 SENSICORE™ TECHNOLOGY (NEW in 2.0)

The SensiCore™ system is designed to provide a wood-like feel and response by emphasizing resonance and tactile feedback similar to maple.

🔇 RESOSHIELD™ VIBRATION CONTROL (NEW in 2.0)

Advanced ResoShield™ technology actively filters out unwanted resonance and vibration while preserving critical shot feedback. The result: a quieter, more focused, and stable feel, allowing you to stay fully locked in on precision and strategy.

Ultra-Smooth Finish:

Ensures minimal friction for optimal movement over the cue ball, enabling advanced spin
control and delicate touches.

Enhanced Accuracy:

Specially designed taper for precise shot placement, crucial for navigating the demanding ball
sequence in rotation games.

Superior Construction:

Made from high-quality carbon fiber for consistent performance and durability, regardless of
the playing environment.

Optimized Flex:

Engineered for ideal energy transfer and minimal deflection, facilitating straighter, more accurate
long shots and shots that call for more draw or follow.

Advanced Spin Dynamics:

Provides exceptional control over spin rates and angles, vital for the intricate cue ball movement required in rotation games.

Low Vibration:

The ResoShield™ system is designed to dampen vibration for a stable hitting experience.

The StrikePoint™ 2.0 combines its 31-inch length, 12.4mm tip diameter, carbon fiber construction, and rotation-oriented design in one shaft.