Trajectory of a 22 rimfire at 230 yards.

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Gunny Sergeant
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Minuteman
Sep 3, 2009
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East side of Ohio
I've had these pictures for awhile and thought it was cool we were able to get consistent hits on it at that distance while changing holds based on the wind flags.

I never paid attention to it but it shows the angle the bullet is coming in at. We've all heard that shooting a 22 at farther distances is like lobbing rounds out of a motar which those of us that have been doing it know it isn't true.

Pretty cool to actually see it on a target, think it will surprise the non-believers.
 

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This is what I got at 380yds.
Target was in a snowhide with 3" showing of it to keep it from wind and I tried to go through the snow.

20190406_193625.jpg

None of ~15 got through. Found several bullets on snow. I could walk on that snow though.

I dug up few bullets but I am not 100% sure all of them were noses straigth but that is how I remember it.

Also the bullets recovered from 250yds, shot into a snowmanish pile of snow were in straight.
 
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if you want to know the angle the bullet is coming in at check a ballistics table, and plot it on a graph. I believe some even give a 3D representation.
My calculators are showing around 60” drop at 200yds (just in general, I haven’t chronographed anything). That’s quite a bit of drop, but make no mistake the bullet isn’t coming in like a mortar..
 
I ran some numbers for 40 grain Lapua CenterX when I was testing.
With a 200 yard zero, scope 1.5 inches over the bore, mv 1073 fps
the peak of the trajectory arc was only 19 inches above the line of sight.
So the actual rise above the muzzle was only 19 inches
and the fall back to where the crosshairs were aimed was 19 inches.
No big rainbow, just a nice smooth 200 yard parabola.
 
Thanks for that close up NM.
Looking at that heel explains why those cartridges with bullet material compressed down past the crimp
produce such nasty strays compared to those with only nose damage.
If the skirt is uneven, uneven pressure release will occur on exit.
That will cause projectile tipping and unpredictable trajectories.

I think...;)
 
Thanks for that close up NM.
Looking at that heel explains why those cartridges with bullet material compressed down past the crimp
produce such nasty strays compared to those with only nose damage.
If the skirt is uneven, uneven pressure release will occur on exit.
That will cause projectile tipping and unpredictable trajectories.

I think...;)
Yep. Damaged heel is 10x worse than damaged nose.

I took quite many of those with me from the snow but I cannot find better pictures of them. I might be able to track them from my led scrap. I did look each of them and ensured they looked the same.
 
Okay, it's weird thought Saturday.
Saw the image of the 22lr recovered from the snow bank.
No mushrooming or impact damage.
I wonder if I can reproduce a similar result using a large box
filled with bulk polyester cushion filling to stop and catch the bullets
in order to see what happens after firing and the trip through the rifling?
Set the box out at 200 yards, bullet slowed way down, might be doable.

Just thinking...
 
Okay, it's weird thought Saturday.
Saw the image of the 22lr recovered from the snow bank.
No mushrooming or impact damage.
I wonder if I can reproduce a similar result using a large box
filled with bulk polyester cushion filling to stop and catch the bullets
in order to see what happens after firing and the trip through the rifling?
Set the box out at 200 yards, bullet slowed way down, might be doable.

Just thinking...
oiled sawdust is an old-time bullet catcher. for .22, dry sawdust might work too.
 
if you want to know the angle the bullet is coming in at check a ballistics table, and plot it on a graph. I believe some even give a 3D representation.
My calculators are showing around 60” drop at 200yds (just in general, I haven’t chronographed anything). That’s quite a bit of drop, but make no mistake the bullet isn’t coming in like a mortar..
At 500 yards, the CCI SV projectile is dropping an inch in a foot or a bit more.