simulating a long range shot

[fng13]

I don't think this is possible but is there a way to simulate a long range shot? I currently only have access to a 100yd range. Would shooting at a very small target be enough?

I know there are a lot of factors that come into a distance shot. But if the target was very small wouldn't atleast some of those factors come into play, such as wind drift, trigger control etc.

If the small target is a decent idea, any idea of how small that would have to be?

thanks.

after posting this I realized that would be no different then simply shooting tight groups. Please disregard this post unless I missed something further

[Blitzzz (RIP)]

As to target size, ...shoot at a dime at a hundred. For accuracy,etc if you think of it, you are allways aiming at the center of a target no more than a pin point if posible, so a dime is the same as a man sized target (for steady hold and aimming) .
You can construct a target tree with a "center" target wwith hold over/under targets positioned at distances representinng ballistic curve of your round at increasing distances.

[BrainStorm]

If you are interested in the simple math for relating target distance and bulls eye size you can access this link I developed for my students. MOA Target Math

[Gene Econ]

Originally Posted by fng13

I don't think this is possible but is there a way to simulate a long range shot? I currently only have access to a 100yd range. Would shooting at a very small target be enough?

I know there are a lot of factors that come into a distance shot. But if the target was very small wouldn't atleast some of those factors come into play, such as wind drift, trigger control etc.

If the small target is a decent idea, any idea of how small that would have to be?

thanks.

after posting this I realized that would be no different then simply shooting tight groups. Please disregard this post unless I missed something further

FNG:

Shoot a standard velocity .22 rimfire using what ever sight you use on your more powerful rifle on targets that are reduced to 100 yards.

You will find a distinct requirement to dope winds if you stick with a .22 LR and by using the sights you intend to use on your other rifle you will get used to using that particular sight / spotting scope as well as conditioning yourself to see a consistent sight picture and or holds.

Gene

[fng13]

Thanks for the replies, this is all very helpful.

If you are interested in the simple math for relating target distance and bulls eye size you can access this link I developed for my students. MOA Target Math

In the first and main equation what does f represent. Is f=K so that if I wanted to know the target size at 600 yards it would be Ts=F(600,6)?

You can construct a target tree with a "center" target wwith hold over/under targets positioned at distances representinng ballistic curve of your round at increasing distances.

Im not totally sure how to accomplish this, but this sounds like a good idea. I googled for building a target tree and wasn't able to come up with anything like that. Do you know where I could find any data on this.

Shoot a standard velocity .22 rimfire using what ever sight you use on your more powerful rifle on targets that are reduced to 100 yards.

Sadly I don't have a .22 rifle anymore but I was looking at getting a .22 conversion for my ar-15. So that that should be do able once I get some funds.

[craigepo]

There are also some very good pellet guns, which would allow you to practice in your backyard.

[BrainStorm]

Originally Posted by fng13

In the first and main equation what does f represent. Is f=K so that if I wanted to know the target size at 600 yards it would be Ts=F(600,6)?

Thanks for the feedback. I will update the explanation to make it clearer. In this case "f" stands for "function of." When I present this to my students I usually put it into words as follows:

Ts = f(Td, A); Target size in inches is a function of Target distance in yards and Angle in Minutes of Arc.

The rest of the material is the development of the equation for this function.

Also note that once you have the equation for that function, you can easily rearrange it to solve for any variable given the other two.

Thanks again for the feedback.
__________________________________________________ ____________________________

Edited: Better explanation now in document.

[swpa19]

fng: The NRA has downsized targets, that represent 300 and 600ranges. They are meant to be used at 200yards. If you could pick some of these up and downsize them by half, they may be helpful on your 100 yd. range. Where in PA. are you located.

[fng13]

Originally Posted by swpa19

fng: The NRA has downsized targets, that represent 300 and 600ranges. They are meant to be used at 200yards. If you could pick some of these up and downsize them by half, they may be helpful on your 100 yd. range. Where in PA. are you located.

Johnstown for school, Home is in Schellsburg

Thanks for the feedback. I will update the explanation to make it clearer. In this case "f" stands for "function of." When I present this to my students I usually put it into words as follows:

Ts = f(Td, A); Target size in inches is a function of Target distance in yards and Angle in Minutes of Arc.

The rest of the material is the development of the equation for this function.

Also note that once you have the equation for that function, you can easily rearrange it to solve for any variable given the other two.

Thanks again for the feedback.

Thank you for the help.

There are also some very good pellet guns, which would allow you to practice in your backyard.

That might be something to look at. My grandmother has problems with cats invading her yard anyway.