Unless you have a dual station system. Mine is ready to be installed - 9" B&G Zeus 2 at the nav station, 7" in a pod at the helm, networked."Nav station" down below is from the Dark Ages, you know, back when I first started sailing.
Unless you have a dual station system. Mine is ready to be installed - 9" B&G Zeus 2 at the nav station, 7" in a pod at the helm, networked."Nav station" down below is from the Dark Ages, you know, back when I first started sailing.
Don't hold your breath on the GX6500, Standard Horizon has had some issues with the AIS engine and licencing but not with the FCC, it is a long story but until those issues are resolved, read contract negotiated ($$$), that model will not be made.There is also the rumored SH GX6500 which is an all in one AIS/GPS/DSC radio that has been "awaiting FCC" for 2 or 3 years now. This integrates a radio and transponder in one unit super great idea easy install... but so far not in stores. Maybe you can by it in Canada? and sneak it in.
I too have my GPS at my COMM station below deck. No issues noted.You can often get good gps reception with the antenna down inside the cabin. One less hole to leak.
Les
There are two different answers here, depending if we are talking about VHF or GPS. GPS just needs to see the sky. On the rail works fine for GPS. VHF wants your antenna to see the other antenna it is talking to. With VHF, higher is much better. With VHF also consider that the long (high gain) antennas have a pancake shaped radiation pattern. They put out a beam in a wide flat pattern. If the boat is heeled over, then most of your transmit pattern is pointed into the water or up to the sky, where other VHF stations are not. In the case of a sailboat, the best VHF antenna choice is usually a short one at the top of the mast. The short antennas have more spherical radiation patterns, so they transmit evenly in all directions.Has anyone come to a definitive answer over masthead vs stern rail antenna? I suspect that antenna height is more important than transmit power, specially if it is wavy. One of the things I like about the EmTrak system (assuming it works) is the splitter shares the masthead antenna with the VHF so I should see farther and transmit farther than a stern rail setup. I suppose is kinda matters what kind of RF cable you use and how tall the mast is.
I will be changing antenna and all cabling / fittings this winter. I hear Times Microwave LMR 400 is quality cable with limited loss. With antenna to bad they don’t have gimbled model..... same with the mast attached radar.There are two different answers here, depending if we are talking about VHF or GPS. GPS just needs to see the sky. On the rail works fine for GPS. VHF wants your antenna to see the other antenna it is talking to. With VHF, higher is much better. With VHF also consider that the long (high gain) antennas have a pancake shaped radiation pattern. They put out a beam in a wide flat pattern. If the boat is heeled over, then most of your transmit pattern is pointed into the water or up to the sky, where other VHF stations are not. In the case of a sailboat, the best VHF antenna choice is usually a short one at the top of the mast. The short antennas have more spherical radiation patterns, so they transmit evenly in all directions.
There are self-leveling radar mounts: https://scanstrut.com/products/marine/self-levelling-radar-mountsWith antenna to bad they don’t have gimbled model..... same with the mast attached radar.
Times Microwave LMR 400 is quality cable with limited loss.