Popular misconceptions about hunting rifles.

Please refrain from "informing" your fellow shooters. Light travels in straight lines. The scope's axis is in direct correlation to the angle of the muzzle to the target. The angle of departure for the projectile must compensate for the effect of gravity on said projectile and is thus elevated. To put it simply, the scope (or sight) points at the target, the barrel points at a place that will allow the bullet to hit the target at a pre-determined range. The bullet rises because the barrel is pointed up (usually a little, at extreme range, a lot).

In what real-world scenario would one start with a "level " gun barrel?

Yes. Better tell a highly regarded gunsmith he doesn't know what he's talking about... Lol
 
After he missed the target at 100 yards but the second shot was 1" high, I was promptly informed the 300 Winchester Magnum is the flattest shooting rifle ever made . . . it is 1" high at 100, 1" high at 200 and dead on at 300.

I was also informed not to use Barnes bullets, they don't expand . . . just pencil right through. Would that be consistent with "MISS"?

"Never believe anything you read on the internet" . . . Abraham Lincoln.
 
Here's one to make a novice's head hurt. Two rifles, a .25/20 and a .257 Weatherby are held level a foot above the ground, and both are fired at the same instant. The bullets from both rifles hit the ground at exactly the same time, since gravity exerts it's force equally on everything.
You can fire a bullet and drop a bullet from the same height and both bullets will hit the ground at the same time.
 
A 30-06 is fired horizontal just as a BR-71 Blackbird flies overhead at the same speed as the bullet.

The bullet and the Blackbird will both hit the ground at the same time .... unless the Blackbird re-fuels.

A slight exaggeration, but not much.
 
Please refrain from "informing" your fellow shooters. Light travels in straight lines. The scope's axis is in direct correlation to the angle of the muzzle to the target. The angle of departure for the projectile must compensate for the effect of gravity on said projectile and is thus elevated. To put it simply, the scope (or sight) points at the target, the barrel points at a place that will allow the bullet to hit the target at a pre-determined range. The bullet rises because the barrel is pointed up (usually a little, at extreme range, a lot).

In what real-world scenario would one start with a "level " gun barrel?

Wow...
 
the bullet climbs first as it exits the barrel before it starts to drop.

Not necessarily limited to a hunting rifle misconception.
 
Standing behind a shooter with a 44mag, Ive actually seen the bullet through a spotting scope.

Much cooler with a .45-70, especially at 200+ yards. Looking through the scope it looks like someone threw a brick downrange; the looping trajectory is almost comical.

.22rimfires are often visible, sometimes even with the naked eye.
 
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