JDBerg said:
Bullet weight has nothing to do with not hitting a 7yd target. You need to dry fire practice and you need to maintain 75% of your grip force with your support hand, and only 25% grip force with your shooting hand. I would also recommend that your thumbs be locked down & pointed downrange.
The reasoning behind what JD wrote, above, is that if you mostly GUIDE the gun with the support hand, then you don't have to grip the gun so terribly tightly that you unintentionally jerk the trigger finger as you press it. It makes good sense to me -- if you realize WHY that approach is suggested. Squeezing all of the fingers in the strong hand as you press the trigger can drag the gun off target. Holding it firmly (but not in a death's grip) works well, and you're able to free up the trigger finger for more precise application. (I know, I know -- folks are going to argue that you MUST strangle that darned grip!!)
We had a BIG discussion on this forum a month or so ago about how heavier and slower bullets changed the point of impact with a locked-breech, short-recoil gun vs lighter/faster bullets. (I learned a lot from the posts of a member named
45_auto, who cited the physics and the supporting math. His work also explained why it's hard to SEE big differences for most semi-autos, even though difference do exist based on bullet weight and bullet speed.)
Put simply, the bullet leaves the barrel after the slide has moved just a small fraction of an inch (generally less than 1/10th of an inch), and the recoil force transferred to the frame during that short amount of slide movement (through the guide rod being pressed against the frame stop) and the resulting EXTRA barrel rise from a slower/heavier bullet is real but very, very small Most of the recoil from a given load is transferred to the gun as the slide continues to the rear AFTER the bullet is gone. The amount of barrel rise due to heavier/slower bullet movement is so small it's hard to measure, and you can't even see it with very, very high speed digital videos.
When you get out to the greater distances, bullet speed vs gravity plays a bigger role in where the bullet ends up. All bullets drop at the same rate, regardless of their weight -- but faster bullets travel farther during a given time period than do heavier bullets. If the targets are side by side, and both guns are fired horizontally, the faster bullet will get to the target sooner and will have dropped less (a function of time and gravity) than the slower, heavier bullet. That's why we have adjustable sights -- mostly for the more distant targets.)
As others have said -- most of the recoil you feel is going to affect you AFTER the bullet is gone. BUT, as
jmr40 notes, above, that doesn't keep you from ANTICIPATING the upcoming recoil as you press the trigger. And, how you act in anticipation of what is coming can greatly affect what you do with the gun BEFORE the bullet leaves the barrel.
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