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  1. NASA Marine Easy Navtex with H Vector Navtex Antenna & 7m Cable EASY-NAV-HV

    Though it will of course receive every station worldwide if necessary! The antenna at just 195 mm high can be easily mounted at deck level to receive the Navtex low frequency signals. Easy to read.

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  2. NASA Marine Navtex Series 2 Antenna For Clipper & Target Navtex2 SER2NAVANT

    PART NUMBER: SER2NAVANT. Series 2 Navtex Antenna suitable for Clipper Navtex and Target Navtex 2 channel receivers. NASA Marine Navtex Series 2 Antenna.

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  3. NASA Marine Target Navtex Receiver Pro Plus V2

    Powers up and displays but never used with an antenna. Saved messages are garbled and look scary but apparently this is just interference and lack of signal from not having the antenna plugged in. I can include a power cable but it is quite tight as it is slightly too big. Any questions please ask.

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  4. NASA Marine Navtex 518Khz Antenna For Clipper/Target Navtex NAVANT

    NASA Marine Navtex 518Khz Antenna. Suitable for single frequency receivers 518Khz (over 15 years old). PART NUMBER: NAVANT.

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  5. Power cable for NASA AIS Radar / Navtex / Meteo etc. with fuse (MA110)

    (The AIS unit is not included!).

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  6. NASA Marine PC Navtex Pro USB Engine 2 H Vector Antenna 7m Cable PCNAVPRO-HV

    The PC Navtex USB is a two channel navtex receiver designed to operate on your personal computer. NASA Marine PC Navtex Pro USB Engine with H Vector Antenna. Connects to standard Nasa Navtex antenna supplied.

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  7. NASA Marine Navtex Pro Receiver with Series 2 Antenna│For Raymarine Chartplotter

    Navtex Pro receiver with dual frequenct Navtex antenna for connection to PC or white version available to connect to Raymarine C & E Series Classic Plotters. NASA Marine Navtex Pro Receiver with Series 2 Antenna.

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  8. NASA Marine Navtex H Vector Antenna with 7m Cable

    The omnidirectional H-Vector antenna is not sensitive to electric fields but to the magnetic component of the Navtex signal. As a result it is less sensitive to locally generated interference and, as it does not need a ground, it is not affected by conducted ground interference whether in harbour or at sea.

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