The Truth About Cues, Part Three
The main point I’ve stressed so far in this series is that the less you put into a cue, the more you can expect to get out of it. By that I mean that cues made from components of less density are more likely to have mellower hits. Stated even more simply: keep as much metal and other hard parts out of your cue if you want a soft, quiet hit. However, if a soft, quiet hit is of no concern to you, go ahead and load the cue up with whatever you want. After all, it’s your cue.
Now that brings us to the item that probably effects a cue’s hit more than any other single component, and that is the joint. Once again, if our goal is to get a two-piece cue that hits most like a one-piece cue, the ideal joint to have would be a solid wood joint. That would be one with a wooden pin that threads directly into a wooden shaft with no metal insert. They do make a cue that has such a joint, but for some strange reason it is usually available only on carom cues.
The three most common joints used in pool cues are: 3/8-10, 5/16-14, and 5/16-18. What the fractional numbers represent here are the joint pin’s diameter in inches, while the whole numbers represent the number of threads per inch. Of those three, the 3/8-10 is the only one that does not require a brass insert in the shaft. That’s because the larger diameter of the pin, and its fewer threads per inch, allows it to mate directly up to a shaft that has been drilled and tapped with the same thread. This joint style has been McDermott’s standard joint for years. It is also a common joint with many other cue makers.
The next joint style is the 5/16-14. The smaller diameter and closer pitch on these threads requires the use of a metal insert (usually brass) in the shaft. That’s because such small threads cut directly into the shaft would not hold up well at all. One of the common features of this joint style is the flange on the end of the insert that protrudes out from the shaft and fits into a recess in the butt end when the two are screwed together. Originally, the idea of this design was to maintain close tolerances between the insert flange and the butt end thereby providing a snug and precise fit. However, I’m not so sure those close tolerances are much of a consideration with most of today’s cue makers. This joint style is used by many cue makers but it was primarily made famous by Balabushka, Joss, and Schon.