Originally Posted by fingerz42

Even using your argument, if a deer STARTS moving it's limbs upward in after .2-.3 seconds, that allows .2-.3sec for the body to fall(load it's legs and rebound) if shooting 50-60 yards.

So using the equation 1/2at^2:

at 20 yards the deer cannot react (.2 flight time, w/ .2 reaction or .3 reaction)
at 30 yards the deer cannot react (.3 flight time, and .3 reaction time) or 1.92" body drop (w/ .2 reaction time)
at 40 yards 1.92" body drop (.4 flight time, .3 reaction time) or 7.68" body drop (.4 flight, .2 reaction)
at 50 yards 7.68" drop (.5 flight time, .3 reaction) or 17.28" body drop(.5 flight, .2 reaction)
at 60 yards 17.28" body drop (.6 flight time, .3 reaction) or 30.72" body drop(.6 flight, .2 reaction)

Now obviously a deer will not drop 30", as it will just load it's weight to bound away but anything over 30 yards becomes a guessing game and is dependent on guessing our shot placement and hoping the deer moves as we anticipate.

Please tell me more about how this isn't enough time for the deer to move prior to the shot...