Fallguy111
Well-Known Member
Apparently if you use a telescope to view the horizon you can see beyond the "curve", the official explanation is you're seeing a reflection in the atmosphere (atmospheric refraction).
Apparently if you use a telescope to view the horizon you can see beyond the "curve", the official explanation is you're seeing a reflection in the atmosphere (atmospheric refraction).
The problem is that fact is simply not true. I couldn’t even find someone dumb enough to think it with a google search. On military ships there are always several people with various optics. The person on the flying bridge better see something coming over the horizon before the OOD. Doesn’t matter who has a telescope, big eyes or binoculars. The OOD knows something’s ther from radar but should still never see it first because the flying bridge is higher. This is a truth that I have witnessed over and over for years.Apparently if you use a telescope to view the horizon you can see beyond the "curve", the official explanation is you're seeing a reflection in the atmosphere (atmospheric refraction).
The problem is that fact is simply not true. I couldn’t even find someone dumb enough to think it with a google search. On military ships there are always several people with various optics. The person on the flying bridge better see something coming over the horizon before the OOD. Doesn’t matter who has a telescope, big eyes or binoculars. The OOD knows something’s ther from radar but should still never see it first because the flying bridge is higher. This is a truth that I have witnessed over and over for years.
Did you type atmospheric refraction into Google?
Yes, you are.I'm not wrong.
Tell me you don't know how rail guns work, without telling me you don't know how railguns work.
At only 10 miles away, the target would be 66.6 feet below the curvature.