VHF VHF126-03U

Our antennas are made of fiberglass and/or stainless steel for high-end applications where maximum range and durability are important for example usage on oceans and large lakes. We recommend fiberglass tube antennas, which are coated with smooth polyurethane and will last for many years. Small boats may also use stainless steel whip antennas because they are rugged and can withstand lots of mechanical forces during heeling of the small vessel. Depending on conditions and weight of an antenna, you can use stainless steel accessories like the adapter tube, deck, rail or wall mount.

2020-06-09T15:07:46-03:0022/04/2020|

VHF VHF136-04U

Our antennas are made of fiberglass and/or stainless steel for high-end applications where maximum range and durability are important for example usage on oceans and large lakes. We recommend fiberglass tube antennas, which are coated with smooth polyurethane and will last for many years. Small boats may also use stainless steel whip antennas because they are rugged and can withstand lots of mechanical forces during heeling of the small vessel. Depending on conditions and weight of an antenna, you can use stainless steel accessories like the adapter tube, deck, rail or wall mount.

2020-06-09T15:03:44-03:0022/04/2020|

VHF VHF144-03N

Our antennas are made of fiberglass and/or stainless steel for high-end applications where maximum range and durability are important for example usage on oceans and large lakes. We recommend fiberglass tube antennas, which are coated with smooth polyurethane and will last for many years. Small boats may also use stainless steel whip antennas because they are rugged and can withstand lots of mechanical forces during heeling of the small vessel. Depending on conditions and weight of an antenna, you can use stainless steel accessories like the adapter tube, deck, rail or wall mount.

2020-06-09T15:01:48-03:0022/04/2020|

VHF VHF264-06U

Our antennas are made of fiberglass and/or stainless steel for high-end applications where maximum range and durability are important for example usage on oceans and large lakes. We recommend fiberglass tube antennas, which are coated with smooth polyurethane and will last for many years. Small boats may also use stainless steel whip antennas because they are rugged and can withstand lots of mechanical forces during heeling of the small vessel. Depending on conditions and weight of an antenna, you can use stainless steel accessories like the adapter tube, deck, rail or wall mount.

2020-06-09T14:44:23-03:0022/04/2020|

MF/HF LHF500-00S

Our antennas are made of fiberglass and/or stainless steel for high-end applications where maximum range and durability are important for example usage on oceans and large lakes. We recommend fiberglass tube antennas, which are coated with smooth polyurethane and will last for many years. Small boats may also use stainless steel whip antennas because they are rugged and can withstand lots of mechanical forces during heeling of the small vessel. Depending on conditions and weight of an antenna, you can use stainless steel accessories like the adapter tube, deck, rail or wall mount.

2020-06-10T17:06:28-03:0022/04/2020|

MF/HF LHF700-00S

Our antennas are made of fiberglass and/or stainless steel for high-end applications where maximum range and durability are important for example usage on oceans and large lakes. We recommend fiberglass tube antennas, which are coated with smooth polyurethane and will last for many years. Small boats may also use stainless steel whip antennas because they are rugged and can withstand lots of mechanical forces during heeling of the small vessel. Depending on conditions and weight of an antenna, you can use stainless steel accessories like the adapter tube, deck, rail or wall mount.

2020-06-10T17:02:05-03:0022/04/2020|

MF/HF LHF900-00S

Our antennas are made of fiberglass and/or stainless steel for high-end applications where maximum range and durability are important for example usage on oceans and large lakes. We recommend fiberglass tube antennas, which are coated with smooth polyurethane and will last for many years. Small boats may also use stainless steel whip antennas because they are rugged and can withstand lots of mechanical forces during heeling of the small vessel. Depending on conditions and weight of an antenna, you can use stainless steel accessories like the adapter tube, deck, rail or wall mount.

2020-06-10T17:00:14-03:0022/04/2020|

NCR-333

The high-performance NCR-333 NAVTEX integrates a high visibility LCD display, shares the same simple configuration as its predecessor and contributes to improved safety at sea. The NCR-333 receives NAVTEX broadcasts on the frequency channel 518 kHz, and either 490 kHz or 4209.5 kHz. The NAVTEX automatically receives broadcasts on the international standard frequency 518 kHz. Local transmissions of NAVTEX use the 490 kHz channel. The high frequency channel 4209.5 kHz is allocated for NAVTEX broadcasts. The NCR-333 also allows you to select and deselect certain types of information and coastal stations with the purpose of avoiding repeat broadcasts. The NCR-333 is paperless but includes the option of a printer (DPU-414) to provide the ships log with valuable printouts if required.

2020-06-10T15:22:58-03:0022/04/2020|

VHF VHF095-03U

Our antennas are made of fiberglass and/or stainless steel for high-end applications where maximum range and durability are important for example usage on oceans and large lakes. We recommend fiberglass tube antennas, which are coated with smooth polyurethane and will last for many years. Small boats may also use stainless steel whip antennas because they are rugged and can withstand lots of mechanical forces during heeling of the small vessel. Depending on conditions and weight of an antenna, you can use stainless steel accessories like the adapter tube, deck, rail or wall mount.

2020-06-09T14:40:28-03:0022/04/2020|

JUE-95SA

The JUE-95SA is a small, lightweight and highly reliable terminal, recognized for its unique role in maritime safety and plays an integral part in the safety of live at sea. RC has developed a compact, mobile satellite communication system. The JUE-95SA Inmarsat C SSAS utilizes two-way data/messaging communications anywhere in the world. New IMO requirements state two security alarm buttons must be provided. These are located discreetly on the vessel and can be activated in case of piracy or terrorist attack. It will allow covert activation, which transmits an alert signal from vessel to shore, alerting the appropriate authority that the security of the vessel is under threat or has been compromised. The SSAS system will not raise the alert onboard the vessel, nor alert any other ships. If vessels have older Inmarsat C systems onboard, you can simply install JRC’s JUE-95SA in order to comply with current SOLAS regulations.

2020-06-11T15:48:29-03:0022/04/2020|