If you have a slower swing speed, you have probably spent a lot of time thinking about how to get more distance without sacrificing accuracy. The shaft in your club plays a bigger role in that equation than most golfers realize, and torque is one of the most overlooked pieces of that puzzle.
The short answer? Low torque golf shafts are not always the right fit for slower swing speeds. But the full picture is more nuanced than that. In this guide, we break down exactly what torque means, how it affects your game, and what slower swingers should actually be looking for in a shaft.
What Is Torque in a Golf Shaft?
Torque refers to how much a golf shaft twists around its own axis during your swing. It is measured in degrees, typically somewhere between 1 and 6 degrees for most driver shafts. The lower the number, the less the shaft twists. The higher the number, the more rotation you get.
Here is the simple way to think about it:
• Low torque (1–3 degrees): Minimal twist. More control and stability, but requires a fast swing to activate properly.
• Higher torque (4–6 degrees): More flex and rotation. Better energy transfer for players with moderate to slow swing speeds.
Torque is not about flexibility alone, it works hand in hand with shaft flex, kick point, and weight to determine how the club behaves at impact. Getting this combination right for your specific swing is where real performance gains come from.
The Truth About Low Torque Shafts and Slow Swing Speeds
Low torque shafts are engineered for players who generate a lot of clubhead speed — typically 95 mph and above. Fast swingers produce enough force to overpower a shaft, causing too much unwanted twist at impact. A low-torque shaft holds steady under that pressure and delivers control.
For golfers with slower swings, let us say under 85 mph, the dynamic is very different. You are not generating enough force to truly "load" a low-torque shaft the way it was designed to be loaded. The result is a shaft that feels stiff and boardy, making it harder to square the clubface and transfer energy efficiently at impact.
What happens when a slow swinger uses a low torque shaft:
• Distance suffers because there is less energy being loaded into the shaft and released through the ball.
• Ball flight tends to be lower and harder to get airborne, especially with a driver.
• The swing can feel forced or mechanical, leading to inconsistency.
• Control does improve somewhat, but only if your timing and mechanics are already solid.
There is one scenario where a low-torque shaft could work for a slower swinger: if that player consistently struggles with a severe hook and wants to reduce the amount of shaft rotation contributing to it. Even then, addressing the root cause, swing mechanics or the wrong flex, is usually a better fix.
What Should Slower Swingers Look For Instead?
If low torque is not the answer for most slower swingers, what is? Here are the shaft characteristics that actually make a difference when your clubhead speed is on the lower end.
1. Higher Torque (4–6 Degrees)
A shaft with more torque allows the clubface to rotate more naturally through the swing, helping slower swingers square up at impact without having to muscle the club. This translates to better contact, more ball speed, and more carry distance.
2. Regular or Senior Flex
Shaft flex and torque work together. If you are swinging under 85 mph, a regular flex — or even a senior flex, will load and unload more efficiently than a stiff or extra-stiff profile. A properly matched flex maximizes energy return through the ball.
3. Low Kick Point
The kick point determines where the shaft bends most during the swing. A low kick point helps launch the ball higher, which is typically what slower swingers need to maximize carry and overall distance. Pairing this with appropriate torque and flex gives you the best chance of hitting the ball both far and straight.
4. Lightweight Graphite Construction
A lighter shaft allows slower swingers to generate more clubhead speed naturally. Graphite shafts , particularly those using premium-grade carbon fiber, deliver the lightweight feel without sacrificing stability or durability.
The Steadfast Golf Approach: Ultra-Low Torque Done Differently
Here is where things get interesting. At Steadfast Golf, our Jupiter shafts are engineered with less than 1 degree of torque, among the lowest on the market. So does that contradict everything above?
Not at all, and here is why. Most low-torque shafts are also stiff and heavy, which is what causes the problems we described for slower swingers. Steadfast shafts achieve ultra-low torque through premium carbon fiber and proprietary manufacturing, not by simply piling on material. The result is a shaft that is superlight and effectively "spineless," meaning it resists unwanted twisting without fighting your swing.
This means golfers at all swing speeds, fast, medium, or slow, can benefit from the consistency and accuracy that low torque provides, without the stiff, boardy feel that ruins distance for slower swingers. Our customers regularly report 15–25 yards of added distance after switching to a Jupiter shaft, regardless of their swing speed.
The key takeaway: torque number alone does not tell the full story. How that torque is achieved, through materials, engineering, and construction, matters just as much.
5 Questions to Ask Before Choosing Your Next Golf Shaft
Not sure where to start? Use these questions to guide your decision:
• What is my average driver swing speed? Knowing whether you are below 85, between 85–95, or above 95 mph immediately narrows your options.
• Am I losing more distance or accuracy? Distance issues usually point to the wrong flex or too-low torque. Accuracy issues may point to too much torque or shaft instability.
• Is my ball flight too low? A low kick point and higher torque combination can help get the ball up in the air more effectively.
• How heavy does my current shaft feel? If your club feels heavy or sluggish, a lighter graphite shaft could help you add natural swing speed.
• Have I ever had a professional shaft fitting? A custom fitting removes the guesswork entirely and matches shaft characteristics to your actual swing data.
Low Torque Shafts for Slower Swingers: Quick Summary
When low torque might help:
• You consistently hook the ball and want more stability at impact.
• Accuracy and shot-to-shot consistency matter more to you than distance.
• The shaft is ultra-light and engineered for multi-speed performance (like Steadfast Jupiter shafts).
When low torque will likely hurt your game:
• You are already losing distance and want to add yards.
• The shaft is also stiff or heavy, a common combination in conventional low-torque options.
• Your swing feels strained or mechanical rather than fluid.
Bottom Line
Low torque golf shafts are not automatically a bad choice for slower swingers, but the conventional wisdom of "low torque = better control for everyone" is a myth worth pushing back on. For most players swinging under 85 mph, a conventional low-torque, heavy shaft will cost them distance without delivering a meaningful accuracy payoff.
The smarter approach is to match your shaft's torque, flex, kick point, and weight to your actual swing characteristics, not just one number on a spec sheet. If you want to experience what a properly engineered, ultra-low-torque shaft can do for your game regardless of swing speed, Steadfast Golf's Jupiter shafts are built exactly for that.