The Best Golf Driver Shafts

The best way to improve your golf game is to replace all the old, metal shafts of your clubs with new, top-of-the-line shafts. The best golf club shafts are made of graphite, steel or other composite material. They are very lightweight, but so durable that you can bet they won’t break for a long time. Certain shafts are made for certain variations of the golf game, so you must know whether you want a shaft that will maximize your distance, accuracy or shot shape.

Accra DyMatch

This top-of-the-line club, which stands for Dynamically Matched, has the latest technology in golf shaft material. It is made of graphite and weighs 65 to 85 g. It has clubs with different flex points and has a torque of 3.5 to 3.6.

Aldilla En Fuego Series

The En Fuego series has three shaft designs, each one with a different center of gravity. Its different shafts promote different levels of ball flight. The Serrano club has a low to midlaunch shaft, the Wasabi has a midlaunch shaft and the Habanero has a mid- to high-launch shaft. It is made of graphite, weighs 60 to 63 g and has a torque of 4.0 to 5.3.

Fujikura Fit-On Max

Using technology called the Swing-Sync Design, the Fujikura shaft gives the maximum amount of flex to its users. Players also seem to like the technology because it gives them the best ball control. It is made of graphite, weighs from 58 to 79 g and has a torque of 3.1 to 4.5.

Grafalloy Axis Blue

The Grafalloy Axis Blue shaft features the company’s famous Micro-Mesh Tip Design with Smart-Ply Technology. This technology utilizes thin layers of graphite that stabilizes the shaft through six axes. It is made of smart-ply fiber, weighs 58 to 60 g and has a torque of 4.0 to 4.5.

Oban Devotion

The Oban Devotion is extremely lightweight, as some of the clubs weigh as little as 47 g. The pattern of the golf club is consistent with the other Devotion clubs that Oban creates, while the shafts have various kick points and torques. It is made of ultra-premium, high-modulus graphite, weighs 47 to 83 g and has a torque of 2.6 to 5.0.

About this Author

Alan Bass is currently attending Muhlenberg College in Allentown, Pa. He is majoring in psychology and minoring in business. He is also a member of the Muhlenberg College ice hockey team and is a writer for Hockey54.com, Insidehockey.com and Prohockeynews.com.