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I am working on a shaft matching concept that is fairly
interesting. with the head mounted, I am orienting the shaft to achieve a
flat line oscillation on the target line and toe up/down ( spine up) then
frequency matching from that position. Has anyone tried using this method?
Its a bit tedious but produces a very consistent set.
----- Original Message -----
Sent: Monday, January 05, 2004 8:56
PM
Subject: Re: ShopTalk: tip trimming
dynalite shafts.
In a message dated 1/5/2004 7:07:50 PM Eastern Standard Time, [EMAIL PROTECTED] writes: Hi Guys, I need some help with a set of shafts i got in today
that dont
quite seem to fit the mold of what i am use to seeing. They are
dynalite R/S
shafts. Weight - 123.5 gms, length 42" , Tip section 12.5".
This seems to be
a non standard dyna lite shaft, The step pattern matches
an old shaft i have
that i know to be a dynalite but the weight is a
little high, the tip
section is 1/2" over and the overall length is 1"
over. So i am a little
confused on what to do with the trimming for a
wedge set i have. my second
problem is with general tip trimming
guidlines that i am also a little
confused on. as i understand it the
general rule for trimming iron shafts is
based on a 1" bottom of bore to
sole. for example i have a wedge i am
shafting to an R flex, the top of
hosel to bottom of bore is 1.4", the
bottom of bore to sole is 1.6" in
order to achieve an R flex according to
mfg spec of the shaft I would
need to trim an additional .6" from the
specified trimming guide. Is this
correct? Thanks - Jim Letourneau
indicates that the shaft you have is an
R/S Dynalite. 4.5" is the trim for a R-flex wedge. Some use the ground to
first step dimension, which would simplify the process in this case. Maybe
someone has that table handy.
Frank
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