I know that we have beaten this horse many times, but the issue is still not completely resolved in my mind. I've made a lot of bows a lot of different ways and I still have not resolved this issue. I have read everything that I can find on this subject...archery forums, magazine articles, instructions materials, books, etc, but have never found a comprehensive guide. There is a lot of misinformation, mistakes, and just plain confusion available about this subject. If someone knows of a clear and concise guide, please point me to it.
It just seems that if we are making a bow with positive or negative tiller to create dynamic balance for a certain shooting style, grip location, string location, limb length, etc, that it forces the limbs to be different strengths. If the limbs need to pull to the same distance from the back of the bow at full draw in order for them to be equal strength and return to brace at the same time during the power stroke (effectively canceling out any possible vibration), then creating positive or negative tiller is forcing us to accept at least some vibration in order to achieve dynamic balance. If this is true, it seems that anything other than a bow with equal length limbs, grip at bow center, and string pulling location at string center requires a compromise between balance, performance, and possible reduced limb longevity.
If the limbs don't need to pull the same distance in order to return to brace at exactly the same time, then please confirm that. I can't seem to understand how they could possibly pull to different distances and then return at the same time. I have read a lot of debates about this issue...they are tied together by a string so they must return together vs. they return at different times vs. they travel different distances at different speeds, ect. Maybe I'm just missing something obvious here?
Jim