Torque Point
The torque point is the point on the shaft where the twisting of the club is most clearly concentrated during the swing.
The torque point describes the place on the shaft where torsion, i.e. the twisting around the longitudinal axis, becomes practically noticeable and is captured by measurement. It is closely linked to the Torque value of the shaft and is usually in the area of the bend point, i.e. where the shaft bends the most during the swing. Together, these two key points shape how a shaft feels: head-heavy and soft, or stable and direct. Manufacturers deliberately move these points to control ball flight and feel.
For you on the course, the torque point is less a number than a feeling. For example: two shafts have the same flex but feel completely different. One gives noticeably in the downswing and lets the head “whip through”, while the other stays calm over its entire length. This difference comes from the position of the bend point and torque point. Anyone looking for a high, soft ball flight often goes for shafts with a lower bend point, anyone who wants control for higher points.
A typical mistake is trying to judge the torque point from the spec sheet alone. The position of these points is not a standardized manufacturer specification like flex or weight and can hardly be compared directly. What matters is what the shaft does with your swing. So always test shafts with a ball on the range instead of relying on tables.
FAQ
Can I find the torque point in the spec sheet of my shaft?
Usually not. Manufacturers normally only specify flex, weight and the torque value in degrees; the exact position of the twist point is not a standardized specification. Comparisons between brands are therefore hardly possible via tables — the feel test remains more important.
Why do two shafts with the same flex feel so different?
Because flex only describes the bending, not where it happens. The position of the bend point and twist point decides whether the shaft feels head-heavy and soft or stable over its entire length. Anyone who wants to understand this more deeply should look at the bend point — the closely related second key point.
How do I test shafts sensibly instead of relying on spec numbers?
Hit real balls on the range with at least two or three different shafts in the same clubhead. Pay attention to ball flight, dispersion and the feeling in the downswing — not to what looks “better” on paper. The shaft you strike most consistently with is yours, whatever numbers are printed on it.