A shaft with a lower torque rating means the shaft better resists twisting; a shaft with a higher torque rating means the shaft is more prone to twisting (all other things being equal). A golfer's swing, and the clubhead attached to the end of the shaft, exert forces on the shaft that lead to twisting. This twisting is simply a part of the swing.
What is torque in golf shafts?
"Torque" is a property of golf shafts that describes how much the shaft is prone to twisting during the golf swing. All shafts, steel and graphite, exhibit torque, which is measured in degrees.
What is the difference between high torque and low torque?
A low-torque shaft may allow only 2 degrees (or less) of twist, while a high-torque shaft might go all the way to 6 degrees. That might not sound like a lot, but it certainly can affect your accuracy.
Why do high torque golf shafts have a higher dispersion?
This is because in the downswing, a higher-torque shaft will cause the clubhead to twist open heading into impact. And because this shaft has a high torque, it won’t “snap back to square” as quickly as necessary, which is why higher-torque shafts tend to create a more rightward dispersion for a right-handed golfer.
Do you need a high torque shaft for a high swing speed?
Conventional wisdom would suggest that a high swing speed would require lower torque. If you think of a high speed swing, the club is under more pressure during the action and will be more prone to twisting, a low torque shaft will help the stability of the club.
What does it mean when a shaft is high torque?
A high-torque shaft will twist more than a low-torque shaft. Put another way, some shafts resist twisting better than others. A shaft with a lower torque rating means the shaft better resists twisting; a shaft with a higher torque rating means the shaft is more prone to twisting (all other things being equal). ...
What is torque in golf?
Warren Little / Getty Images. "Torque" is a property of golf shafts that describes how much the shaft is prone to twisting during the golf swing. All shafts, steel and graphite, exhibit torque, which is measured in degrees. A high-torque shaft will twist more than a low-torque shaft. Put another way, some shafts resist twisting better than others.
What is twisting in golf?
A golfer's swing, and the clubhead attached to the end of the shaft, exert forces on the shaft that lead to twisting. This twisting is simply a part of the swing.
Why is torque narrow?
In steel shafts, because the type of steel material is the same throughout the entire shaft, the torque exists in a very narrow range of degrees, one that is much more narrow than in graphite shafts.
Is torque a factor in golf shaft selection?
Therefore, torque is not a factor to worry about in the selection of a steel shaft, but it is a point to keep in mind for some golfers when selecting a graphite shaft.
What is torque in a shaft?
Torque is really pretty simple: it’s the shaft’s resistance to twisting. Torque is measured in degrees (meaning: how many degrees will the shaft twist under a certain amount of force), and you’ll typically see measurements as low as 2° and as high as 5°, 6°, or 7°. As with many other things, these numbers don’t necessarily mean a lot ...
What are the two main tenets of torque?
The conventional wisdom on torque consists of two major tenets: 1) Players who tend to hook the ball will benefit from a lower torque shaft. Players who tend to slice the ball will benefit from a higher torque shaft. 2) Players who swing faster need lower torque.
Why should you care about torque?
You should care because torque is a major component in how a shaft feels, much more than flex . You could have an XX-stiff shaft with high torque, and it might feel “smooth” or even “whippy.”. Alternately, you could have a senior flex shaft with low torque that can feel “boardy.”.
Does torque affect where the ball ends up?
Torque also has a major impact on where the ball ends up. All other things being equal, a shaft with higher torque will lead to a club face that is pointed further left (for a RH golfer) at impact…but we know “all other things” are rarely equal when you add in the human element.
Is torque a rule?
Torque matters, and, like flex and weight , there are no easy rules to follow. You need to try a variety of things and be fit into the shaft that will work best for you.
Why is shaft torque important?
Shaft torque becomes increasingly important the faster you swing. Torque is the measure of how much the shaft twists during the golf swing. It may be hard to imagine this even happening, but shafts are made with that particular fact in mind. They are even made to resist it more or less, depending on your swing and what kind ...
What happens when you have less torque in your golf club shaft?
When you have more torque in your club shaft it is said that your shots can be less accurate but go further and have a nice soft feel.
Why does a steel shaft have less torque?
A steel shaft will have less torque simply because of the material it is made of. A degree of 3 to 4 is normal for a steel shaft. Graphite shafts can have a lot more torque. Since graphite is not a solid piece of material, the torque can be much higher; to degrees of 7 or 8.
When you strike the ball, do you want your club head to be square?
When you strike the ball, you want your club head to be as square to your target as possible. When the club head twists, it can make the club head a degree or two open or closed when it makes contact. Therefore you want less torque when you are looking to straighten your ball flight.
Does Tiger Woods know how much torque he needs?
Certainly Tiger Woods knows exactly how much torque he needs for every club in his bag , but for a beginner it won't matter much. Torque should be one of the last things you look at when trying to improve your game. Golfweeks' Adam Woodard breaks down the results from the match.
What is torque in golf?
Torque is defined as "a force that produces or tends to produce rotation or torsion." If you think of a golf shaft as an axis, the heel of the head is centered on that axis, but the toe – as well as most of the clubhead's weight – is off-center. When you swing the club, the head twists around the shaft. The toe gets "left behind" as you start your downswing, then it "catches up" and returns to its normal position at impact. The shaft resists that twisting motion, allowing only a certain amount. The twisting that is allowed, measured in degrees, is the shaft's torque.
Why do golfers use low torque shafts?
Power players such as PGA Tour golfer Dustin Johnson generally use low-torque shafts to better help them control the ball. Golf shafts have many technical specifications that you, as an average golfer, likely never consider. You are indirectly aware of them because they affect how your clubs feel when you swing them.
Why are you aware of the specs on your golf clubs?
You are indirectly aware of them because they affect how your clubs feel when you swing them. But those specs affect how your club performs, and club fitters take them into account when they fit you for new clubs. Torque is one of those "invisible" specs, and it has a bigger effect on club performance than you might expect.
How much twist does a high torque shaft have?
A low-torque shaft may allow only 2 degrees (or less) of twist, while a high-torque shaft might go all the way to 6 degrees. That might not sound like a lot, but it certainly can affect your accuracy.
What happens when you swing a golf club?
When you swing the club, the head twists around the shaft. The toe gets "left behind" as you start your downswing, then it "catches up" and returns to its normal position at impact. The shaft resists that twisting motion, allowing only a certain amount.
Does torque matter in golf shafts?
The material used to make your shaft matters. While torque always has been a factor in shaft performance, the inherent stability of steel shafts made torque relatively unimportant to everyday golfers.
Can graphite shafts be duplicated?
With the introduction of graphite shafts, however, manufacturers now can tailor shafts to behave anyway they want; they can duplicate the performance of any material from classic hickory to high-tech steel. But this comes at a price; the less torque you want, the more you have to pay for it.
CosmosMpower
After doing some research and reading some specs on shafts after demoing I came to decide I like high torque shafts. After trying a few and deciding what I like (blind test of sorts) then looking at the specs most the shafts I like are over 4.0 torque ratings.
arkstorm
I think there's a lot more to torque than feel. If you play too high a torque it will increase your dispersion dramatically. But I agree with the original poster that the name of the game isn't necessarily playing the lowest torque shaft. I also found that I favor the more mid torque shafts but that the very low torque ones don't work for me.
mikec222
I wouldn't say that by trying a v2 you can lump low torque shafts as boardy. I suppose at a low price point this is somewhat true, prolaunch red, v2, not so much aldila's offerings though. Alot of more expensive shafts don't have that boardy feeling at all regardless of torque.
chickenpotpie
From what i've read on the topic torque is mostly about feel today. When graphite shafts first came out, they were very inconsistent and low torque was necessary for a stable shaft. That said, hard swingers will still need a low torque shaft, simply because higher torque shafts may feel too whippy (regardless of what the dispersion looks like).
thewitt
Another thing to keep in mind here - you cannot compare torque readings across companies using their published data.
CosmosMpower
Another thing to keep in mind here - you cannot compare torque readings across companies using their published data.
arkstorm
Another thing to keep in mind here - you cannot compare torque readings across companies using their published data.
What is torque in golf?
THE MOST IMPORTANT THING TO KNOW ABOUT TORQUE 1 A lower-torque shaft will help a golfer create a more leftward dispersion. 2 A higher-torque shaft will help a golfer create a more rightward dispersion. 3 These guidelines seem to fly in the face of conventional wisdom about shaft torque, which has long stated that lower-torque shafts help golfers avoid a snap hook due to their greater resistance to twisting.
How is shaft torque measured?
Shaft torque is measured by a device that records the amount a shaft will twist under a certain amount of force, and it’s recorded in degrees. A shaft with 3 degrees of torque will twist less than a shaft with 5 degrees of torque, and so on. Torque is a separate variable from the more talked about measurement of “shaft flex,” which deals with ...
How does torque affect dispersion?
While it’s true that low-torque shafts are more resistant to twisting, it’s this same resistance to twisting that actually causes a shaft to “snap back to square” more easily than higher-torque shafts at impact and thus produce a tendency to move dispersion to the left.
What shafts help with left and right dispersion?
A lower-torque shaft will help a golfer create a more leftward dispersion. A higher-torque shaft will help a golfer create a more rightward dispersion. These guidelines seem to fly in the face of conventional wisdom about shaft torque, which has long stated that lower-torque shafts help golfers avoid a snap hook due to their greater resistance ...
Is torque important in shaft fittings?
Torque is not the most important consideration in most shaft fittings, but it must always be considered. In this article, we dive into what our testing reveals about torque so you can understand torque it does… and just as importantly, what it doesn’t do.
Can you hit a drive with a junior golfer's driver?
Imagine you’re a golfer with a very fast swing speed, and just for fun, you hit a drive with a junior golfer’s driver. Because this shaft is too weak for you in terms of torque, the first swing you make with the junior club is likely to create a big miss to the right if you’re a right-handed golfer.
Is torque a variable?
Torque is a separate variable from the more talked about measurement of “shaft flex,” which deals with the up and down bending of a shaft, but the two variables are related in the sense that more flexible shafts tend to have higher torque and stiffer shafts tend to have lower torque. The reason for this relationship is that a golf shaft is both ...
