I often wonder how Mosconi ran 526 balls with an ivory ferrule myself.
JV
Highest deflection known to mankind.
Highest deflection known to mankind.
Highest deflection known to mankind.
I'm a big fan of dinosaur fossil. They hit real solid. The horn of a triceratops is a close second.
The problem is that titanium, a metal, is much more dense (mass) than the lighter materials commonly used for ferrules. Although titanium is the lightest of the metals and alloys (e.g. steel, brass), it's still a metal and will add mass to the tip of the cue.
Beryllium is lighter.
I wonder if one could make a ferrule out of Hydrogen? Solid hydrogen, I believe has a density of 0.086 g / cm3. That should be pretty low deflection unless there's some Oxygen and a matchCould make for an explosive break though
if one could stand the cold temperatures required to keep the hydrogen in a solid state.