Does anyone out there use this method of aiming the tip?
http://www.youtube.com/watch?v=OER4gVV8ei4&feature=related
http://www.youtube.com/watch?v=OER4gVV8ei4&feature=related
Not again!!! Isn't that CTE??
Yes, But this guy did not invent the wheel here. Mike Sigel has this dvd called perfect pool that explains that method.
This is clearly not a geometrical, technically accurate system. It will only work for a very limited range of shots if in fact you do exactly as told. Consider, for example, any shot over 45 degrees. If you make shots using this system, it's because you are making huge (huge!!) subconscious adjustments.
But the system does get you to hit the ball on the correct side.
Does anyone out there use this method of aiming the tip?
http://www.youtube.com/watch?v=OER4gVV8ei4&feature=related
With thinner hits, the edge of the shaft must be aimed well outside of the object ball (i.e., nowhere close to the contact point). For illustrations and further explanation, see the quote from "AtLarge" here:Can I ask what changes if it works on cuts 45 degrees and below why it wouldn't work for cuts larger than 45This is clearly not a geometrical, technically accurate system. It will only work for a very limited range of shots if in fact you do exactly as told. Consider, for example, any shot over 45 degrees. If you make shots using this system, it's because you are making huge (huge!!) subconscious adjustments.
But the system does get you to hit the ball on the correct side.
...
no sarcasm intended just want the explanation of an instructor to understand what changes for thinner hits.
With thinner hits, the edge of the shaft must be aimed well outside of the object ball (i.e., nowhere close to the contact point). For illustrations and further explanation, see the quote from "AtLarge" here:
Regards,
Dave
That depends on how thin the cut is. It also depends on the diameter of the shaft/ferrule. Regardless, for most cuts, the edge of the shaft needs to be pointed somewhere other than at the contact point on the object ball (which is the topic of this thread).I would have to disagree with this. Thin cuts are achieved with the inside of your ferrule just outside the edge of OB.With thinner hits, the edge of the shaft must be aimed well outside of the object ball (i.e., nowhere close to the contact point). For illustrations and further explanation, see the quote from "AtLarge" here:
In the video, the system is described as always aiming the edge of the shaft at the contact point on the object ball. According to the system, if the edge of the shaft were aimed at the edge of the object ball, you would get a 90-degree cut. That's clearly very, very wrong. The system has large errors for nearly all cut angles, but the errors for thin cuts are enormous. This is pretty simple geometry.I would have to disagree with this. Thin cuts are achieved with the inside of your ferrule just outside the edge of OB.
With thinner hits, the edge of the shaft must be aimed well outside of the object ball (i.e., nowhere close to the contact point). For illustrations and further explanation, see the quote from "AtLarge" here:
Regards,
Dave
If you do what is in the youtube video referenced earlier, thin shots don't work.The shaft is aimed outside of the object ball if you are not using the system correctly. ...
If you do what is in the youtube video referenced earlier, thin shots don't work.
And for some people that is enough. Other people like the geometry and can actually use it. This doesn't make one right and one wrong. There is sometimes a problem when people think a system is geometrically correct without looking into the actual geometry.... To me geometry doesn't matter, experience at the table is what does. ...
If you do what is in the youtube video referenced earlier, thin shots don't work.