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Well I went to the range today and shot this loads with 100gr XTPs loaded with Lilgun and H-110, the lil gun I loaded to the max with 14 gr and they shot 5" low at 7yds, i then shot the H-110 with 13gr (13.2 is the max) and these shot about 2 1/2" low at 7 yds. Both shows no evidence of over pressure and the recoil was minimal.
I don't know what Federal has loaded in their 100gr rounds but they kicked like crazy but did not shoot low, they were right on. I did shoot off a rest so there would not be any doubt about the shooting low. I have the rear sight as high as I can get it so I will go back and start all over again, except I will load the H-110 load up to the max and try them again.
I had this loads incorrect so I changed them if anyone was wondering.
A heavier bullet out of a handgun will indeed strike higher on the target. Longer barrel dwell time and recoil result in a higher barrel axis-to-target orientation vs. a lighter bullet at higher velocity.As a heavier bullet will be loaded to a slower volicity than a lighter bullet, gravity will not let the bullet hit higher on the target. You would have to raise the rear sight or lower the front sight to get it to hit higher.
Recoil has nothing to do with trajectory, you put the gun in a rest and fire it and the heaver bullet will hit lower. You can not rely on recoil to site in a load.
Heavier, slower bullets fired from normal length pistol/revolver barrels will defininately perform as explained by JLT.
You are correct, in that recoil has nothing to do with trajectory. Trajectory is determined by time of flight, acceleration and gravity. However, I was not referring to trajectory. The mechanics of recoil begin as soon as the primer ignites - a projectile of greater mass (heavier) will result in a higher reactive force that, in a hand gun, causes the muzzle to rise faster and to a greater amplitude than a projectile of lesser mass. Loaded to equal pressure, the projectile of greater mass will accelerate at a lower rate, resulting in greater barrel dwell time. So, you have increased rotation around the axis of recoil and longer barrel dwell time with the projectile of greater mass. The projectile of greater mass will leave the barrel when the axis of the barrel is oriented higher relative to the target. The projectile of greater mass will strike higher on the target at practical hand gun ranges. Newtonian physics. . .Recoil has nothing to do with trajectory, you put the gun in a rest and fire it and the heaver bullet will hit lower. You can not rely on recoil to site in a load.