Mint Uncut Project X EvenFlow Riptide Small Batch 60g Driver Shaft X-Stiff 46.0in (D-T2013574071)

Project X EvenFlow Riptide Small Batch Driver Shaft

The Project X EvenFlow Riptide Small Batch driver shaft is a premium offering designed for golfers who prioritize a smooth feel and consistent performance. Crafted with meticulous attention to detail and advanced materials, the EvenFlow Riptide delivers a mid launch and mid spin for a powerful and penetrating ball flight. As part of the exclusive Small Batch series, this shaft undergoes rigorous quality control, ensuring exceptional performance and consistency.

Key Features:

• Small Batch Construction: Crafted with the highest quality materials and manufacturing processes, guaranteeing superior performance in every shaft.
• Mid Launch Profile: Produces a mid-trajectory launch for optimal carry and distance, catering to a wide range of swing speeds.
• Mid Spin: Generates a mid spin rate for a balanced ball flight that maximizes distance and control.
• Exceptional Stability: Provides incredible stability throughout the swing, promoting accuracy and consistency off the tee.
• EvenFlow Technology: Utilizes a unique carbon fiber orientation to create a smooth and consistent energy transfer, resulting in exceptional feel and control.

Benefits:

• Enhanced Stability: Experience exceptional stability and control for improved accuracy and consistency.
• Optimized Launch and Spin: Achieve a powerful and penetrating ball flight with mid launch and mid spin characteristics.
• Superior Feel: Enjoy a smooth and responsive feel throughout the swing for greater confidence at impact.

Who is it for?

The Project X EvenFlow Riptide Small Batch is ideal for golfers of all skill levels who value a smooth feel and consistent performance. It's a great choice for players seeking a premium shaft that delivers exceptional performance without sacrificing feel.

Upgrade your driver with the Project X EvenFlow Riptide Small Batch and experience the difference that precision engineering and smooth energy transfer can make.