i would like to get a rangefinder real soon. i bow hunt and i also do some long range shooting. i would like something i can range out to atleast 1k yds. my question is about the range finders that have the arc features that compensate for shooting angles like from tree stands. how exactly does this work?
someone on another forum said they compensate for the elevation they are at to give you a "flat line" reading (from base of tree to deer, not from my bow 5 yds up in the tree down to the deer). he said this is the distance that gravity acts on the projectile, thus making it the only really important distance. does this apply to long range shooting but not bowhunting where a 5 yd difference in reading can be a big deal?
lets say i have a tree stand 5 yds up in a tree. a deer is standing 20 yds from the base of my tree. the hypotenuse of this triangle, or the distance the arrow flies will be like 20.6 yds. will a rangefinder with the arc feature shoot this as exactly 20 yds, while one without an arc feature will shoot it at 20.6 yds? if so, the juice is not worth the squeeze for me, id rather go with a higher end rangefinder without the arc feature. .6 yds will not affect my arrow flight in the long run.
sorry its long but its really been bugging me