Geez guys, just get an angle compensating range finder. Its a lot quicker than a calculator or math classes.
Useless for bow hunting. Unless you make .5 to 1.5 yard adjustments.
Geez guys, just get an angle compensating range finder. Its a lot quicker than a calculator or math classes.
Useless for bow hunting. Unless you make .5 to 1.5 yard adjustments.
Useless for bow hunting. Unless you make .5 to 1.5 yard adjustments.
I have a rangefinder that allows you to use compensation or not.
In the mountains where I hunt, I can climb 20 feet up a tree and range the base of a tree with compensation. 35 yards. Without -39 yards.
Take that for what it's worth.
Geez guys, just get an angle compensating range finder. Its a lot quicker than a calculator or math classes.
Wellllll Doggie.
Yes thats correct. But I'll throw something else into the equation. If that deer thinks somethings up and its body language says its about to get the Hades out of town, you better aim low or your going to smack tenderloin. At least using the method above you'll have a starting point to aim low.This is fun. So someone tell me if I’m thinking about this correctly as I barely made it through arithmetic classes.
Assume hunting on flat ground in below example:
1) the distance in yards from the base of tree I’m climbing to the target is exactly 25 yards measured with a standard rangefinder.
2) after climbing 20’ high into same tree, using an angle compensation range finder, the finder says shoot as if the target is at exactly 25 yards, EVEN THOUGH the total distance to the target is now something like 28/30/32 yards?
Is that essentially what the angle compensation range finders are telling you to do?
You only adjust for the horizontal distance. Line of sight will be greater but gravity only affects the arrow/ bullet over the horizontal distance. Think base of the tree to the deer. I measure out all of my ranges before I climb into the stand so I know from the base of the tree what my angle compensated ranges are. Hope this helps.