Quick tuning questions
#1
Thread Starter
Joined: Feb 2003
Posts: 557
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From: Hamilton Square NJ USA
1) How much do rippled vanes effect the tuning process? Will vanes that are bent, but not ripped or anything, fly well enough to tune accurately?
2) When bare shaft tuning, should the bare shaft hit a little bit higher at longer ranges, say 30yds and greater, due to no drag on the arrow from helical vanes? It would seem a tune that would have them impacting the exact same spot would be less than ideal at longer ranges, and my setup hits the same out to 40yds, as far as I practice. Have I inadvertantly tuned to less then ideal energy transfer?
3) Do the majority of bows point the shaft in line with the stabilizer when center shot is correct? I hear this, but my main bow points to the left(right handed), and my backup points to the left. Both shoot well, and fling bare shafts to the same spot.
Just a couple of things that have been on my mind...
"In heaven, even the fish have antlers"
2) When bare shaft tuning, should the bare shaft hit a little bit higher at longer ranges, say 30yds and greater, due to no drag on the arrow from helical vanes? It would seem a tune that would have them impacting the exact same spot would be less than ideal at longer ranges, and my setup hits the same out to 40yds, as far as I practice. Have I inadvertantly tuned to less then ideal energy transfer?
3) Do the majority of bows point the shaft in line with the stabilizer when center shot is correct? I hear this, but my main bow points to the left(right handed), and my backup points to the left. Both shoot well, and fling bare shafts to the same spot.
Just a couple of things that have been on my mind...
"In heaven, even the fish have antlers"
#2
Joined: Feb 2003
Posts: 53
Likes: 0
From: Florence AL USA
Whoa! I think you may be analyzing a little TOO much. Have some fun and go shoot for a while!
1) I watch for damaged vanes myself. It sounds like you're a pretty consistent shooter, so my answer would be to check them yourself. Number all your arrows and as you shoot groups, watch for those that don't hit at the same point and remove them from your quiver. Therefore, you don't have to judge if one rippled vane is worse than another; just make sure they still group with the undamaged.
2) I see your thought process, but disagree. Spine and/or nocking point should be the only factors that contribute enough to produce vertical differences. Think about it: if you're grouping fletched and bare shafts as well as you say you are to that type distance, then your arrow spine is SUPERB, which means that the fletchings don't get flexed into a position that puts their surface perpendicular to the direction of flight. (In other words, your "parachutes" don't have a chance to fight much against forward velocity.) To say that you might have tuned to a "less than ideal energy transfer" is WAY overdoing it! There are thousands of professional archers that are out there shooting scores that would blow you out of the water, and I bet most of their spines are NOWHERE close to as good as yours.
3) It points to the left when? at full draw? before drawing with the arrow on the rest? My best guess is that the string on your bow sits slightly left-of-center, when you hold the bow TRULY square in front of you. THEN, when you rotate the bow in your hand to line up centershot (line the string up to split your rest/riser), you have to rotate the riser counter-clockwise to do so, and it makes your stabilizer APPEAR to be pointing left. Even if that's not the answer, I wouldn't worry about it.
1) I watch for damaged vanes myself. It sounds like you're a pretty consistent shooter, so my answer would be to check them yourself. Number all your arrows and as you shoot groups, watch for those that don't hit at the same point and remove them from your quiver. Therefore, you don't have to judge if one rippled vane is worse than another; just make sure they still group with the undamaged.
2) I see your thought process, but disagree. Spine and/or nocking point should be the only factors that contribute enough to produce vertical differences. Think about it: if you're grouping fletched and bare shafts as well as you say you are to that type distance, then your arrow spine is SUPERB, which means that the fletchings don't get flexed into a position that puts their surface perpendicular to the direction of flight. (In other words, your "parachutes" don't have a chance to fight much against forward velocity.) To say that you might have tuned to a "less than ideal energy transfer" is WAY overdoing it! There are thousands of professional archers that are out there shooting scores that would blow you out of the water, and I bet most of their spines are NOWHERE close to as good as yours.
3) It points to the left when? at full draw? before drawing with the arrow on the rest? My best guess is that the string on your bow sits slightly left-of-center, when you hold the bow TRULY square in front of you. THEN, when you rotate the bow in your hand to line up centershot (line the string up to split your rest/riser), you have to rotate the riser counter-clockwise to do so, and it makes your stabilizer APPEAR to be pointing left. Even if that's not the answer, I wouldn't worry about it.
#3
Thread Starter
Joined: Feb 2003
Posts: 557
Likes: 0
From: Hamilton Square NJ USA
Good points. I wasn't too worried about it, just pondering for a Friday afternoon. Wouldn't fool with anything during the season anyway.
"In heaven, even the fish have antlers"
"In heaven, even the fish have antlers"




