Last Updated on March 1, 2021 by Joas Root
If you are here, then there is no doubt you love golf and want to make sure you nail everything right. And guess what you are in the right place.
This article has everything you need to make the best decision when purchasing a shaft. Choosing the right golf shaft is can be a challenge when picking the best club to buy.
The two major types of shafts are the graphite shaft and steel shaft. A breakdown of these shafts and how they differ from one another will be stated below.
Graphite Shaft and Steel Shaft are the two main types of golf shafts. Both with different target markets and personal preferences.
The materials used for making the shafts are what make it different. The graphite shaft is made from graphite, while the steel shaft is made from steel.
Factors to be considered when choosing any of these shafts are:
Below are more details of the factors.
The graphite shaft is less durable as they are less heavy than the steel shaft. But steel shafts have higher durability as they don’t break and can last a decade, as long as they are not bent or rusted. Also, the more shots you make with your graphite shaft, the more likely it is to snap, unlike the steel shaft with a long-lasting effect. As such, graphite shafts are easier to break compared to strong steel shafts.
It is also essential to care for your golf shafts, whether graphite or steel. This is to prevent the graphite shafts from peeling or cracking. The graphite shafts also need a film or an epoxy resin for protection. At the same time, steel shafts should not be stored where there is humidity. So, ensure you don’t take your steel shafts out on rainy days or leave them damp in your golf bags.
Graphite Shafts are more comfortable to handle. That’s why it is used by amateurs, junior golfers, seniors, and people who have less upper body strength. While professionals use steel shafts. Graphite shafts are easy to swing faster. It helps you meet a great deal of distance. Graphite shafts are made to suit everyone and don’t harm the arm because they are light. Steel Shafts feels more consistent when hitting the sweet spot of the clubface.
Steel shafts are less expensive, unlike Graphite shafts. Buying a single shaft might not be a burden but buying steel for all shafts is a lot to deal with because the cost adds up. A typical graphite shaft weighs about 50 to 85 grams, while a steel shaft weighs 90 grams to 120 grams. But steel shafts are in plenty today than it was in the 1980s.
Graphite shafts have more flexes, while steel shafts are heavy to swing, especially for people with an arm problem or who have less strength to swing. Graphite shafts increase accuracy and feel while Steel shafts reduce accuracy and feel. Steel shafts offer better control through vibration but lacks distance and weigh more.
Graphite Shafts create a huge swing speed for more power. Steel shafts help players feel the golf in their hands through vibration, and it gives you a lot of ideas. Using a steel shaft allows you to be in control with an increasing distance potential. It vibrates and tells you where contact was made so necessary adjustments can be made for the next shot.
Steel shafts have a low rotation when the golfer pulls a swing and very stiff at the tip section. At the same time, a graphite shaft offers high torque rotation and flexible at the tip. Torque is measured in degrees. A Graphite shaft is measured from 1-8 degrees, while a Steel Shaft is measured from 1 to 3 degrees.
What is the difference between graphite and steel shafts?
Both Shafts have their distinctive qualities, and it comes down to personal preference. They both do the same role, but your comfort should come first when handling any shafts. A lot of confidence needs to be built within you and your choice of shafts. However, always seek more advice before proceeding on your golfing journey.
Graphite shafts are best for golfers that need extra help creating a clubhead speed. Golfers with injuries on their arm, hand, and people who less strength. Who is willing to cut down the vibration that steel shafts may cause.