I make no distinction between a brace bow and a bow with a long string because they will read about the same whether they're Brasher on the long string the original question was how much tip movement should he have when he braces the bow. My answer was ignore Kip movement and go by how strong the bow is I like a bow about 10 or 15 pounds heavier than Target weight when I brace it. That means did I will pull it down to about 2 2 to 24 in at Target weight to a person with no experience or a person dealing with a bow weight that is unfamiliar it gives him a solid number he can work with an easy way to monitor that I have a lot of experience and I still use that method
so I have to admit that I have had a hard time with this effect that badger has described on a few different occasions, so........
I put a bow on the tiller tree with a longstring and made some pulls.
all measurements were from the arrow nock point on the string to the back of the bow handle. it is a simple elb type working handle bow, and the last I checked, the bow draws 45# @27" with a 6" brace when normally strung
I started out with a longstring at 19" and pulled it 9 more inches until the bow drew 28", the tips needless to say did not move a whole lot but it took 35# to make 28". shortening the longstring gave results as follows...
17" droop longstring = 37#
15' = 39#
13" = 41#
11" = 43#
9" = 44#
6" = 45#
3"= 46#
the results were a bit rough as when the longstring got real short, as what one would call tight to the bow, or 0", it of course got a bit droopy after the pull. (3') I should also add that I started all pulls by adding 2# to my knockpoint before making the measurement for droop.
Thanks for your patience with all this, Steve. it's useful to know that the longstring ,at any reasonable droop, is such a close estimator.