Understanding Golf Shaft Torque And Its Effects On Your Swing

Although most golfers are aware that the stiffness of the shaft determines its flex, most do not understand the need of torque. Usually between 2 and 5 degrees, torque is the resistance to twisting of the shaft expressed in degrees. The variety of torque choices in graphite shafts is vaster than in steel, which might allow players to identify their best feel.

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Most golfers are aware of shaft flex and understand they need the correct flex for their swing speed. Less known is the fact that feel also depends on equally significant torque of the shaft. Shaft torque is the resistance the shaft faces against twisting throughout the swing. Generally, higher torque shafts let the club face snap back to square more readily at contact. This helps slower swing speed golfers since it makes hitting a straight ball simpler. Furthermore interesting is the fact that most of the time the torque of a shaft will match its flex. This is thus because, when a golfer plays a shaft with a particular flex, the swing speed of the golfer will produce more twisting force on the shaft producers. For this reason, you seldom find S and X flex shafts with a torque value more than 4 degrees.

In stiffness

The resistance of the shaft against twisting termed torque. Usually, it is expressed in degrees ranging from two to five. While softer shafts can be more readily twisted, sturdier shafts can help to better resist twisting. Regarding golf shafts, torque is far more critical than most people would think. Though it's not totally correct, the popular idea that fast swing speed players need low torque characteristics has some validity. While most people are familiar with the flex classification of a shaft—regular flex or senior flex—few know that torque has just as much of an impact. Two shafts with the same flex feel might be rather different from one another depending on how much twisting will occur when a normal amount of twisting force is applied. While graphite can provide a far greater range, most steel shafts have somewhat limited torque ranges. A low torque number shaft will feel rigid and boardy; a higher torque rating will feel more flexible and smooth.

Torquest

Many golfers view torque data on shafts but do not really know what it is or what it means. Shaft torque is the resistance a shaft must overcome to turn. This is not to be confused with also crucial shaft flex. Among several factors, the flex, the bend profile, and the shaft weight define the torque number. Although most players find shaft flex more vital, torque is still crucial. According to conventional knowledge, people who slice the ball should utilise a higher torque shaft while those who often hook the ball would gain from a shaft with less torque. Although both of those assertions have some validity, one should take the torque figure into account along with the shaft's flex. This is the reason we usually ask very precise questions about both flex and torque when TPT and our Authorised Fitters do a fitting.

In weight

While torque is crucial, golfers should not become overly fixated on it. Rather, concentrate on weight and shaft flex, then let the torque sort of take care of things. A lower torque value indicates the shaft is more twisting resistance; a larger torque number indicates the reverse. Though it will react differently to a golfer's swing than a low torque shaft, a high torque shaft can nonetheless feel whippy. Professional fitting is therefore absolutely essential. Although the traditional belief is that more swing speed golfers need less torque from their shafts, this is not always true. Actually, it mostly relies on the unique swing of every golfer. A heavier shaft would help a golfer who swings using more shoulder and core muscles, for instance. improved muscles are needed to engage the increased power needed to carry a hefty package, which can translate into improved control and faster clubhead speeds.