The reason it's not is because certain calibers/barrel lengths, etc. get to distance X faster than others so the wind is pushing them for a shorter period of time.
Over distance is still more deflection , different rounds affect differently from wind, but distance x wind x time in flight x time affected by wind does in fact =deflection, and your models from last night really showed the angular scale I had thought it to be , there are so many variables
Our scopes are focused on very specific uses with our patented reticles, you can also get our reticles in over 20 different scope brands and hundreds of different scopes, many with 56 mm objectives and 34 mm tubes. One of our favorites is the NightForce ATACR 7-35x56!
Very informative.
That was easier than the tremor 3 video i saw
Nice!!
Sweet
What are the slightly larger dark wind dots? 16 mph full value?
They are just the 4th wind dot being larger to quickly identify.
👍👍
I would think the the scale to be angular, with distance x wind =more deflection
The reason it's not is because certain calibers/barrel lengths, etc. get to distance X faster than others so the wind is pushing them for a shorter period of time.
Over distance is still more deflection , different rounds affect differently from wind, but distance x wind x time in flight x time affected by wind does in fact =deflection, and your models from last night really showed the angular scale I had thought it to be , there are so many variables
Why doesn’t Horus keep up with the latest scope technologies? 56mm objective lenses are common now with 34mm tubes.
Our scopes are focused on very specific uses with our patented reticles, you can also get our reticles in over 20 different scope brands and hundreds of different scopes, many with 56 mm objectives and 34 mm tubes. One of our favorites is the NightForce ATACR 7-35x56!
Hey... first comment
with a reticle like this you could knock a fly off a washing line
Third lol