Drop the 1,500 ft.lbs myth

I absolutely love all the elk hunters talking about how easy elk are to kill standing still broadside, as if elk are all right out of a hunting video. Sedentary elk make great videos because it’s many many times harder to film 5 seconds of an elk hauling ass across an opening, or over a saddle. *chuckle*
 
Im confused, are you saying people should take running shots at elk?
Oh gosh no - it’s much better to pass up all elk that aren’t calmly standing broadside so you can digiscope the kill shot. I just find it entertaining that western hunting has turned into the search for calm slow targets. Lol
 
Oh gosh no - it’s much better to pass up all elk that aren’t calmly standing broadside so you can digiscope the kill shot. I just find it entertaining that western hunting has turned into the search for calm slow targets. Lol
Next you are gonna say every man should pursue wild women. Heck with that! I don't want the competition for them.
 
I absolutely love all the elk hunters talking about how easy elk are to kill standing still broadside, as if elk are all right out of a hunting video. Sedentary elk make great videos because it’s many many times harder to film 5 seconds of an elk hauling ass across an opening, or over a saddle. *chuckle*

I just find it entertaining that western hunting has turned into the search for calm slow targets. Lo
Isn’t the goal to take deliberate and ethical shots? Or are you more of a “magazine capacity over ballistics” kinda guy?
 
All the comments about how velocity is important but energy isn’t make no sense. The two are so closely related you can’t change one without changing the other. For a given projectile if you alter velocity you also alter its energy and vice versa.
As far as saying a projectile requires a certain velocity to expand/upset/fragment, you could just as accurately say it requires a certain amount of energy to expand/upset/fragment. A required amount of energy would possibly even be a more accurate statement as it’s the energy resultant from the mass and velocity of the projectile that’s actually doing the work of expanding the projectile.
 
All the comments about how velocity is important but energy isn’t make no sense. The two are so closely related you can’t change one without changing the other. For a given projectile if you alter velocity you also alter its energy and vice versa.
As far as saying a projectile requires a certain velocity to expand/upset/fragment, you could just as accurately say it requires a certain amount of energy to expand/upset/fragment. A required amount of energy would possibly even be a more accurate statement as it’s the energy resultant from the mass and velocity of the projectile that’s actually doing the work of expanding the projectile.
Energy needed to expand would be bullet weight dependent and a complete pain to state for a product line.
 
Energy needed to expand would be bullet weight dependent and a complete pain to state for a product line.
I didn’t mean to imply manufacturers should state it.
I’m saying that people who try to argue that velocity is important while arguing that energy is not are arguing against themselves because you don’t get one without the other.
 
A required amount of energy would possibly even be a more accurate statement as it’s the energy resultant from the mass and velocity of the projectile that’s actually doing the work of expanding the projectile.
Does an object have energy if it isn’t moving? Seems velocity would need to be present in order for energy to be present so in my mind velocity is more relevant than energy since energy is produced by a mass in motion.

I’m no physics expert by any means but I did have to take it twice in high school….
 
All the comments about how velocity is important but energy isn’t make no sense. The two are so closely related you can’t change one without changing the other. For a given projectile if you alter velocity you also alter its energy and vice versa.
As far as saying a projectile requires a certain velocity to expand/upset/fragment, you could just as accurately say it requires a certain amount of energy to expand/upset/fragment. A required amount of energy would possibly even be a more accurate statement as it’s the energy resultant from the mass and velocity of the projectile that’s actually doing the work of expanding the projectile.
*for a given projectile.
You said it yourself. The FPS minimum is usually about the same throughout different calibers of the same model bullet. The FPE will vary drastically at the same velocity throughout those weights. It’s just not a reliable number to base performance when everything is tested to a velocity standard for bullet performance.
 
Does an object have energy if it isn’t moving? Seems velocity would need to be present in order for energy to be present so in my mind velocity is more relevant than energy since energy is produced by a mass in motion.

I’m no physics expert by any means but I did have to take it twice in high school….
You’re proving my point that the two are so closely related you can’t say one is important and one isn’t
 
You’re proving my point that the two are so closely related you can’t say one is important and one isn’t
They are only related in the fact that velocity is a part of the equation to generate an energy number.
 
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