I was doing some calculations on our small .22LR cart, please find below the Kill zone
Data based on the following inputs -
Drag coefficient .163 (standard round nosed).
Weight 45 grains (sample to match drag coeff).
initial muzzle velocity 1070 (Averaged).
Zeroed at 50 Meters.
Distance( Meter) Energy (FP) Drop (inches)
______________________________________
100 92 -6.72
200 49 -75
500 46 -491
700 34 -1138
1000 22 -2951
Now with little lighter bullet
Drag coefficient .114 (standard round nosed).
Weight 27 grains (sample to match drag coeff).
initial muzzle velocity 1040 (Averaged).
Zeroed at 50 Meters.
Distance( Meter) Energy (FP) Drop (inches)
______________________________________
100 49 -7.60
200 38 -56
500 20 -594
700 13 -1465
1000 7 -4183
As you can see .22LR light bullet is hardly able to penetrate a 1 one inch thick wood plank, if someone can take care of -594 inches of drop

Would like to do the same for CCi stinger bullets , if anyone can provide me Drag coefficient and the grain weight please ?
-- Mon Nov 23, 2009 4:38 --
Damn impossible to get hit by a .22 LR at 1000 meters and get a scratch, probably a hornet .223 at 40 grains should be looked at , next post will be about the same.