Range estimation chart

[Doing my part]

Howdy all, I wanted to be able to estimate ranges better, but don't have an LRF. I find myself thinking in knots when I have to make adjustments on fly so I am trying to make cheat sheets up front.

I made the attached for estimating range looking at known target sizes through my MIL FFP scope. Any interest in a higher res and/or MOA version?

 

[Near miss]

I use Kestrel range estimation feature.
But for competitions not allowing electronics I have been recommended this:

True Miller - Circular Milmaster Skytterlinken

Loose paper or tables are replaced with this in your pocket. Used in combination with a scope that has MIL reticle, and FFP is preferred. Object width sets up the number of times it is covered. For example, 80 cm x 0.7 MIL coverage. Adjust the wheel and y

www.skytterlinken.com

I think you could print your own. It works like a charm, I got to try one.

 

[oldiephrt]

I like!! Sure, an MOA version for an old, lazy, fudd like me would be great.

 

[Doing my part]

I use Kestrel range estimation feature.
But for competitions not allowing electronics I have been recommended this:

True Miller - Circular Milmaster Skytterlinken

Loose paper or tables are replaced with this in your pocket. Used in combination with a scope that has MIL reticle, and FFP is preferred. Object width sets up the number of times it is covered. For example, 80 cm x 0.7 MIL coverage. Adjust the wheel and y

www.skytterlinken.com

I think you could print your own. It works like a charm, I got to try one.

Oh that's cool - works on the same principle but executed better!

@oldiephrt I'll do the this tomorrow. I'll drop you a line when I have it

 

[6.5SH]

The free data sheets from Shooting Voodoo can still be found on the wayback machine. There is a decent set of mil relation charts in the reference sheets.

Shooting Voodoo :: Data Book Pages

 

[StrayDog]

Mildot Master

triadtactical.com

 

[Terry Cross]

Mildot Master

triadtactical.com

^^^ This.
Calcs range in MIL and MOA. Includes angle/inclination correction. Can also be used to "reverse Mil" a known distance object to produce the size.


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