UST Mamiya Competition Series Graphite Wood Shaft (.335”)

High-performance UST Mamiya Competition Series graphite wood shaft (.335”) — engineered for golfers who demand consistent launch, solid feel, and reliable dispersion from drivers and fairway woods.

Why choose the Competition Series?

• Precision-engineered graphite composite for consistent performance shot after shot
• .335" tip diameter fits modern driver and fairway wood hosels
• Tour-caliber feel and stability to help square the face through impact
• Designed to reduce unwanted vibration for a smoother, more confident strike

Key features

• Consistent bend profile for repeatable launch and spin characteristics
• Stable, responsive feel that improves control and accuracy
• Available in multiple flex and weight options to match swing speed and tempo
• Lightweight construction that supports higher clubhead speed without sacrificing control

Benefits for your game

• More predictable ball flight and tighter shot dispersion
• Enhanced feedback at impact so you can dial in your setup and swing
• Increased confidence from a shaft that performs under pressure
• Versatile use — ideal for drivers and fairway woods with .335" hosels

Specifications

• Tip diameter: .335" (standard wood tip)
• Shaft type: Graphite wood shaft (Competition Series)
• Use: Drivers, fairway woods, and hybrids that accept .335" tips
• Authentic UST Mamiya product

Fit & installation

• Direct fit for most modern drivers and fairway woods with .335" hosels
• We recommend professional club assembly and tip trimming to match your desired lie and length
• Adapter sleeves available if you need to fit different hosel systems

How to choose the right flex

• Select flex based on swing speed and tempo for best results (we offer multiple flex/weight options)
• Not sure which flex is right? Contact our fitting team or book a shaft fitting for a precise match

Ready to upgrade your driver or fairway wood? Add the UST Mamiya Competition Series Graphite Wood Shaft (.335”) to your bag and feel the difference in stability, control, and consistency.