Driver which shaft

The weight of a shaft has a similar correlation to performance as flex. The heavier a shaft is, the more likely it is that your golf ball will fly low and with less spin.

As Briand explains, the weight of a shaft has less impact on swing speed than golfers think, but that lighter shafts could increase the rate of closure. Of course, the length of your driver shaft will significantly change how the golf club feels, but length affects strike point, too.

As Briand says, a longer shaft will cause a less consistent strike on the face, and the golfer will tend to hit the ball closer to the heel. A shorter shaft, on the other hand, will cause a more consistent strike pattern, but impact location will tend to be on the toe.

The progress in quality and strength of graphite shafts are making major inroads to the stronghold that steel shafts have had in the market. Although steel is heavier than graphite, the benefit is that it adds accuracy to your drives. If you however prioritize distance, the lighter graphite shaft will enable you to swing slightly faster thus adding distance. Carbon steel, and sometimes stainless steel, are used in the manufacturing process of steel shafts. Steel results in stronger, durable, and less expensive shafts that produce less torque and lateral twisting than graphite shafts.

The shaft reduces in diameter from top to bottom via some steps at intervals. One strip of steel is used in the process with a wider diameter at the grip end than the clubhead end. It is rolled and mechanically drawn to the required length while steps are generated. Rifle steel shafts are manufactured using a similar process to stepped shafts but without the reduction in diameter and any steps.

This allows for a smooth look and the electronic calibration of flex throughout a set of clubs. Graphite is lighter than steel and therefore it allows the manufacturers to produce lighter shafts which in turn allows you to add speed to your swing. More speed results in more distance while sacrificing some accuracy. Graphite shafts are made from carbon fiber strands for weight reduction.

Carbon fiber is more expensive thus making it more expensive. Since the material is available in a variety of colors the major brands can add a variety of descriptions and branding onto the graphite shaft. This however results in a loss in durability as the shafts can chafe against the sides of the bag and result in scratches and loss of paint.

Nanocrystalline alloy with a carbon fiber composite polymer sublayer is used in the manufacturing of NanoFuse shafts. The inconceivably tiny and rigid grain structure of the material offers the consistency of steel and the distance and feel benefits of graphite. As mentioned earlier the weight of the shaft plays a significant role in the amount of speed that you can generate in the swing.

The shaft weight is calculated before the shaft is cut to the required length. For left to right draw trajectory and lower spin, more weight is required while a lighter shaft will produce the opposite.

Heavy shafts offer more control, lower torque and stability in the clubface, lower launch angle, and more accuracy and consistency. In contrast, lighter shafts offer more speed and distance and a high launch angle. The disadvantages of heavier shafts are less speed and lower spin while light shafts contribute to inconsistent contact on the clubface and high ball flight.

Golf clubs are built around the industry standard for male golfers measuring 5 feet 9 inches and women golfers for 5 feet 7 inches. A longer shaft will increase your swing speed while decreasing the control you can exercise on the path. To achieve the optimum balance of speed and control it is extremely important to have the shaft cut down to the correct size keeping the impact of reducing the length on the shaft characteristics.

The longer the shaft, the bigger the arc that you can create and the faster the swing speed that you can generate. Although a longer shaft generates more speed, it will substantially impact the feel and strike point on your clubface. The Best of the Best are Highlighted in Red! We are starting to see some of the new drivers, i. Various forums, and ourselves as well publish a list of the best drivers. Some are very independent and some are not.

Doesn't matter. What our customers are looking for is what are the best driver and shaft combinations that we have fit so far in , even though it is VERY early in the season. We believe that the shaft is the part of the club that has the most impact on distance, consistency and accuracy, so that is why we are including our shaft recommendations in this list.

We like the categories as used by GolfWRX in their article but we think there are more in the mix for slower swing speeds. We will also throw in our Honorable Mentions in both heads and shafts. So here goes:. Fitting Tips: Typically 75 gram shafts but smoother tempos can play lighter weights.

Firm mid section and low launch, low spin is the norm for more control. Even Flow 5. Project X 5. Even Flow Riptide 5. Remember me Log in. Lost your password?

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