Lowest Deflection Wood Shafts

How will a smaller tip be more off center if moved the same amount? (See post #11.)


Only a small part of it touches the ball at a time.

pj
chgo
You’re really don’t know what you’re saying.
These internet debates are so 2001… I’m done.

Try to look for slow motion videos of the tip hitting the cue ball, there are a few of them out there.
 
I've actually never played with a shaft, carbon, kielwood, or regular wood that has been lower deflection than the Z3 and the OB Pro+ shafts that I usually play with. Most recently I tried a Mezz Ignite 12.2 and it deflected a tad more.

The vantage should definitely deflect more than the 314 unless you turn it down.
Nope on the Vantage. It has a lighter front-end than a 314. It does deflect less. Because of the larger diameter Pred was able to remove more wood and replace with whatever material they use to lighten it. I had a 12.9Mezz that was same way, less defl. than their 12.5 shaft.
 
After using the Cuetec Cynergy carbon fiber shaft for several years, I recently returned to my wood shaft- Cuetec R360- great cue, but I don't think they sell it any more. Thinner shaft and smaller tip- I think there is a subtle difference in that it does seem to improve my shot accuracy
 
After using the Cuetec Cynergy carbon fiber shaft for several years, I recently returned to my wood shaft- Cuetec R360- great cue, but I don't think they sell it any more. Thinner shaft and smaller tip- I think there is a subtle difference in that it does seem to improve my shot accuracy
Only thing that can improve one's accuracy is a straighter stroke. Its the old 'feel-vs-real' deal.
 
As for wood, I heard one or two pros betting their damned lives that would be Cuetec R360.

That noted, none of them both plays with that shaft now. Both switched for carbon, and primapily for sponsorship reasons. So just another sign that low deflection is not everything for a player. Had it been such, they would have stayed loyal to their shaft with lowest deflection they ever seen. Instead, they just adopt to something else, and that's the way it should be. Just study the shaft you own now, fair and square.
 
Only a small part of it touches the ball at a time.
Given how hard cue tips are, I thought not much of the tip hits the ball. These photos, however, from Dr Dave's "Amazing Billiards Physics in Super Slow Motion" shows a large tip area is compressed against the cue ball.

Nonetheless, there is likely a much smaller area in which most of the force is transferred to the cue ball. The outer edges of tip contact may transfer little force to the cue ball.

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Cue tip_Slow motion HL.jpg
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Cue tip_Slow motion L and LL.jpg
Cue tip_Slow motion C.jpg


 
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