FoFoFo 335 Golf Shaft Adapter Sleeve | Titleist GT2/GT3/GT4, TSR2/TSR3, TSi2/TSi3, 917 Driver | 1/2/3/5 pcs

FoFoFo 335 Adapter Sleeve: Wide Compatibility, Simple Upgrades

For golfers who value flexibility and ease, the FoFoFo 335 adapter sleeve presents a practical upgrade path. This high quality aftermarket sleeve is designed to bridge your preferred shaft with a range of popular clubheads, especially from Titleist and TSR/TSi families. The standard .335 diameter and a serial number for traceability support a straightforward swap process, making it a convenient companion for players exploring shaft options without replacing the entire assembly.

With a focus on repeatable fit and reliable connection, this sleeve aims to simplify setup while preserving alignment. It’s built to support experimentation with different shaft-sleeve pairings, helping you test feel, balance, and response across sessions and practice rounds.

Key compatibility

• GT2, GT3, GT4
• TSi2, TSi3, TSi4, TS1
• TSR2, TSR3
• 917D, 915D, 913D

Note: not compatible with the 910 driver. The sleeve is designed for both left- and right-handed configurations; the marking on the adapter may read differently depending on hand orientation.

What’s included and how many you can buy

• 1 piece (includes ferrule)
• 2 pieces (ferrules included)
• 3 pieces (ferrules included)
• 5 pieces (ferrules included)

Choose a quantity that fits your testing routine or spare setup needs. Whether you’re swapping shafts for a different feel, or preparing for travel and field repairs, this sleeve provides a practical, shop-tested connection point.

Real-world use cases and benefits

Users often report smoother transitions between shafts, faster setup during practice, and a dependable interface that supports repeated attachments. While results can vary with shaft and head configurations, the sleeve’s standard dimension helps maintain consistent alignment across setups.

In short, FoFoFo offers a straightforward upgrade path for players who want to explore diverse shaft choices without changing the entire assembly. The result is a flexible option that supports experimentation and maintenance with clear, non-assertive expectations.