Will pick up my own slack & show the easy math path to figuring how 'thick' a FFP reticle is...
First, let's establish the constant: 1miliradian = "3.6" @ 100yds
Next, let's use a nice round distance value: 1,000yds
Therefore, 1mil @ 1,000yds = 36" (Multiplying 3.6 x 10, as 10 x 100 = 1,000)
This also a constant, just showing math for use with any distance...
Easy, yes?
Once you have solved for 1mil at a given distance, you simply multiply the reticle thickness value!
In the case of the Gen2XR reticle referenced above, the thickness of the main crosshair = 0.025mil. (That info should be included with your scope. If not, give CS a call, and they'll have it for ya)
Now, just take the inch constant you solved for above (36"), and multiply it by the reticle thickness (0.025)
Viola! The Gen2XR reticle in my 5-25x ,covers ONLY 0.9" at 1,000yds
Repeat: this FFP reticle covers LESS THAN 1 INCH at 1,000 yards
Now, once I have that value established, I can use THAT constant, for any other distance....
Sooooo, to stay easy with #s again, @ 500yds, the Gen2XR will cover only 0.45".
1/2 the distance, 1/2 the thickness, since the FFP subtends the same (0.025mils), regardless...
Too thick, some say???
The more you know...
First, let's establish the constant: 1miliradian = "3.6" @ 100yds
Next, let's use a nice round distance value: 1,000yds
Therefore, 1mil @ 1,000yds = 36" (Multiplying 3.6 x 10, as 10 x 100 = 1,000)
This also a constant, just showing math for use with any distance...
Easy, yes?
Once you have solved for 1mil at a given distance, you simply multiply the reticle thickness value!
In the case of the Gen2XR reticle referenced above, the thickness of the main crosshair = 0.025mil. (That info should be included with your scope. If not, give CS a call, and they'll have it for ya)
Now, just take the inch constant you solved for above (36"), and multiply it by the reticle thickness (0.025)
Viola! The Gen2XR reticle in my 5-25x ,covers ONLY 0.9" at 1,000yds
Repeat: this FFP reticle covers LESS THAN 1 INCH at 1,000 yards
Now, once I have that value established, I can use THAT constant, for any other distance....
Sooooo, to stay easy with #s again, @ 500yds, the Gen2XR will cover only 0.45".
1/2 the distance, 1/2 the thickness, since the FFP subtends the same (0.025mils), regardless...
Too thick, some say???
The more you know...