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Shooting in the trees

^^^^^^ what @humbled.ag said ^^^^^
With the angle, it is a further shot up, than just the distance to the tree. If the tree is 40ft tall and treebase 30ft away, your target is 50ft.
Math is correct;

But, if you look at the physics involved, which I am not going to elaborate on, the projectile is affected by the horizontal distance to the target, not the slope distance. That is why all current rangefinders give you the horizontal distance to the target. If that was not the case, they would have stuck to the slope distance and not included an inclinometer in them.
 
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Recent misses during inclined shooting had me pondering same thing. Airguns of Arizona has an "Airgun Calculator," section, fifth one down is, "Inclined Shooting Correction Calculator." With "slope degree" and "line-of-sight-to-target," from rangefinder, all I needed was "ballistic coefficient" and "muzzle velocity," to complete calculations. Realized this was not the issue since "correction" was in fraction of inches. Turns out just needed to relax the process, misses gave way to hits. WM
 
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Recent misses during inclined shooting had me pondering same thing. Airguns of Arizona has an "Airgun Calculator," section, fifth one down is, "Inclined Shooting Correction Calculator." With "slope degree" and "line-of-sight-to-target," from rangefinder, all I needed was "ballistic coefficient" and "muzzle velocity," to complete calculations. Realized this was not the issue since "correction" was in fraction of inches. Turns out just needed to relax the process, misses gave way to hits. WM
It definitely matters more in archery vs airguns. It is all about actual range for AGs
 
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The target is about 14yds if memory serves. I think it's around 30deg for the angle.


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