Deflection question, explain how a stiffer CF shaft has less deflection.

Stiffness matter a little, but the mass of the part of the shaft closest to the tip is by far the main factor causing CB deflection or squirt. This is covered in detail with explanations, analysis, and demonstrations here:

You're wrong. It matters a lot

2 reasons why people don't feel it. One they aren't good enough at pool to notice. Two they didn't use enough sidespin. This goes for testing as well. Really need to get closer to 2 tips of side with a smooth firm stroke to generate max deflection

Deflection question, explain how a stiffer CF shaft has less deflection.

Stiffness does matter.

Stiffness matters a little, but the mass of the part of the shaft closest to the tip is by far the main factor causing CB deflection or squirt. This is covered in detail with explanations, analysis, and demonstrations here:

If the lag is a skill shot, there's a better way

Instead of lagging twice across the table. The lag could be one table length, closest to rail by the racking area.

1. This is a more natural length and comes up often in real games.

2. This eliminates the luck factor of hitting the rail, every rail reacts differently and it's a bit of a guessing game. Not to mention dead or hot spots

3. Less chance of table roll affecting the lag result. Sometimes you'll get a scratch

All of these reduce luck and makes the lag shot a better measure of speed control
Why?

No.

I'd rather 2 rails back to the foot rail. That would be fun and sporty...

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