Estimated Yardage Adjustment for 20-30 yds from a Tree Stand vs. Ground
10-01-2007 | 10:43 AM
#11
Thread Starter
Joined: Feb 2003
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RE: Estimated Yardage Adjustment for 20-30 yds from a Tree Stand vs. Ground
ORIGINAL: Greg / MO
Rob nailed it.
The only area where I see people mess up on is yardage estimation...You need to figure out the yardage from the base of your tree to the target, not from your stand to the target.
The easiest way is to range a tree at the distance you want to know, but range it at stand level. They sell rangfinders which will compensate for this, but they're not necessary if you'll just follow my above advice.
Rob nailed it.
The only area where I see people mess up on is yardage estimation...You need to figure out the yardage from the base of your tree to the target, not from your stand to the target.
The easiest way is to range a tree at the distance you want to know, but range it at stand level. They sell rangfinders which will compensate for this, but they're not necessary if you'll just follow my above advice.
10-01-2007 | 12:04 PM
#12
Nontypical Buck
Joined: Sep 2004
Posts: 4,484
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From: WV
RE: Estimated Yardage Adjustment for 20-30 yds from a Tree Stand vs. Ground
I believe that for practical purposes the yardage to targetfrom 20' up in a tree will not vary from that on the ground by more than 1 or2 ydsAFTER the distance to the target exceeds 10 yds and will increasingly diminish.
Still, physics demands that an arrow shot at an angle toward the ground will fly faster and therefore shoot higher than over flat ground. How much higher depends on the speed of your bow in the first place (the faster, the less variance).
Now, all this may be"academic" in the real world butit would be interesting to see the actual physics formula.Me, I just aim slightly lower while in a tree if the deer is close. The variance in "arrow height on target"will diminish the further away from the target you are, I believe.
Bendingcorrectly is the actual key I believe.
Still, physics demands that an arrow shot at an angle toward the ground will fly faster and therefore shoot higher than over flat ground. How much higher depends on the speed of your bow in the first place (the faster, the less variance).
Now, all this may be"academic" in the real world butit would be interesting to see the actual physics formula.Me, I just aim slightly lower while in a tree if the deer is close. The variance in "arrow height on target"will diminish the further away from the target you are, I believe.
Bendingcorrectly is the actual key I believe.
