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There is a factor K that is 1700 for .6x and 17000 for 6x
distance = (ship mast from the recognition catalogue * K ) / miliradians
Looking at the 33.34 mast tanker on the 6x zoom and that ends up being 150 miliradians
33.34 * 17000 / 150 = 3.8km
It's accurate that you can use it together with bearing to plot, to get the 3m15s speed.
From 47:00 you can see this method used directly to do a perfect solution
https://youtu.be/_Q0Wc29Xb7c?t=2828
The video is unlisted and i'm not a youtuber, there should be no ads, i get nothing out of any of you watching this.
mod HARD
x0.6 = 0.3° = 5.23 mils = 0.0052 radian
x1.5 = 0.1° = 1.74 mils = 0.00174 radian
x6 = 0.03° (0.031) or ~ 0,5 mils = 0.52 mils = 0.00052 radian
For instance:
The distance, measured by the vanilla Stadimeter is 466 m
The mast height of the target ship is 21.7 m
The periscope angle is 2.7° (9 vertical scale divisions * 0.3° = 2.7° in x0.6 magnification)
tg(2.7°) = 0.0471588028774805 or `0.047
21.7 m/0.047 = 461 m
Using angle mils (milliradians) is even easier:
distance (kilometers) = target height (meters) / angular target height (angular mils)
In mils:
9*5.23 = 47 mils
21.7 m/47 = 0.461 km = 461 m
I'm using Attack Disk mod for the calculations, it's fast and easy