The function of chalk helps the cue tip grip the ball.
The premise I was developing new tip grip technology to minimize or eliminate dust or debris from the chalk and innovate cue ball control, to unprecedented levels.
Maximum cue tip grip was achieved with an adhesive putty, however the release of the grip was not easy to control.
I attempted to optimize the amount of adhesive putty hoping for a balance between grip and release, my findings were I needed different shaped cue tips.
Thinking about a futuristic chalk meant layering materials in specific patterns.
If your into tip grip for cue ball effects, BARPA research indicates it can lead to more interesting paths than a masse or jump.
BARPA funding is pushing for a new type of cue stick that can produce effects never before seen on the table. A sub optimal solution could mean inventing a new cue ball type of distinctive patterns on the resin coating.
The premise I was developing new tip grip technology to minimize or eliminate dust or debris from the chalk and innovate cue ball control, to unprecedented levels.
Maximum cue tip grip was achieved with an adhesive putty, however the release of the grip was not easy to control.
I attempted to optimize the amount of adhesive putty hoping for a balance between grip and release, my findings were I needed different shaped cue tips.
Thinking about a futuristic chalk meant layering materials in specific patterns.
If your into tip grip for cue ball effects, BARPA research indicates it can lead to more interesting paths than a masse or jump.
BARPA funding is pushing for a new type of cue stick that can produce effects never before seen on the table. A sub optimal solution could mean inventing a new cue ball type of distinctive patterns on the resin coating.