Long time commercial timber cruiser, Pacific Northwest here. I did things to get good results and save time. Go out to where you can see the point you want to measure to. Use the percent side of the clino. Distance up plus negative distance down. Add that together. Say. You are 79 feet away from the tree, horizontal. 93 up, 7 down. It's equals 100. multiply by distance. .79. The tree is 73 feet tall. Or get a lazer.
Much too complicated just use a pencil and multiply how many times it will fit to the top of the tree at arms length. times a known height at the bottom of the tree for instance a six-foot person. Accurate within 5%
![[UNCUT] ที่นี่ที่แรก ปู - หาญส์ พูดถึงมหากาพย์หนี้สิ้น I คนดังนั่งเคลียร์ I 10 ก.ค.67](http://i.ytimg.com/vi/KDNA9DZ0p4U/mqdefault.jpg)
Long time commercial timber cruiser, Pacific Northwest here. I did things to get good results and save time. Go out to where you can see the point you want to measure to. Use the percent side of the clino. Distance up plus negative distance down. Add that together. Say. You are 79 feet away from the tree, horizontal. 93 up, 7 down. It's equals 100. multiply by distance. .79. The tree is 73 feet tall. Or get a lazer.
Very educative
if you measure the angle from three different distances which one is more accurate? the closest or farthest?
Hey
Farthest apparently, or the distance that is closest to the actual height of the tree
Much too complicated just use a pencil and multiply how many times it will fit to the top of the tree at arms length. times a known height at the bottom of the tree for instance a six-foot person. Accurate within 5%