I am a little confused when looking at break cues and why the shafts are not bigger in diameter.
Most are 13 MM, I wonder why not bigger in the 13.5 to 14 MM.
From my own limited understanding of science… it would seem to make more sense to make the shaft as thick as allowed.
Maybe I am looking at this incorrectly but my reasoning is the bigger the diameter of the shaft the stiffer it would be. This would translate into the least amount speed lost at impact from the tip to the cue ball.
I of course am assuming you have the same tip across the board.
Is there any reason to have a less stiff shaft when it comes to the break cue? Why?
I can only compare them to golf club shafts.
The stronger you are, the faster the club head speed is and stiffer the shaft you want.
The less strong you are, the slower the club head speed, the more flex you want in the shaft. The additional flex will aid the slower club speed and allow the golf ball to farther.
Think if it more of like a whip at the end and how it snaps.
So back to my question, is that why we see these shafts at 13 MM? To make them a little more whippy for masses?
Most are 13 MM, I wonder why not bigger in the 13.5 to 14 MM.
From my own limited understanding of science… it would seem to make more sense to make the shaft as thick as allowed.
Maybe I am looking at this incorrectly but my reasoning is the bigger the diameter of the shaft the stiffer it would be. This would translate into the least amount speed lost at impact from the tip to the cue ball.
I of course am assuming you have the same tip across the board.
Is there any reason to have a less stiff shaft when it comes to the break cue? Why?
I can only compare them to golf club shafts.
The stronger you are, the faster the club head speed is and stiffer the shaft you want.
The less strong you are, the slower the club head speed, the more flex you want in the shaft. The additional flex will aid the slower club speed and allow the golf ball to farther.
Think if it more of like a whip at the end and how it snaps.
So back to my question, is that why we see these shafts at 13 MM? To make them a little more whippy for masses?