Quote:
Originally Posted by Redmane
Really, I'm gonna have to go with ETR3 on this one. Got curious about this and checked out that link, and ETR3 is correct, the fellow who wrote that makes no mention at all regarding the capabilities of the equipment to receive or transmit while submerged at any depth. Here's another link that sort of covers the subject, and explains exactly why a submerged boat would not be able to transmit at all on any frequency, but could recieve a VLF (very low frequency) signal. http://en.wikipedia.org/wiki/Communi...ith_submarines |
Yes Redmane I agree that WW2 boats couldnt transmit while COMPLETLEY submerged. They could only recieve LF transmissions and even then they had to be shallow. The point I am trying to make is that a Fleetboat could transmit and recieve at RADAR DEPTH. The shears are out of the water and the radio Antenna is completely out of the water. I read the same wiki article you did before you even brought it up. The reason I pointed to the article is becouse of the external diagram. It shows the positioning of the antenna. And it clearly shows that AT RADAR DEPTH, the radio apperatus is out of the water HELLO.