Which Inmarsat Earth Stations could a vessel utilize for Inmarsat-C traffic if operating off the Atlantic Coast of the United States and synched to the AOR-W satellite?

Which Inmarsat Earth Stations could a vessel utilize for Inmarsat-C traffic if operating off the Atlantic Coast of the United States and synched to the AOR-W satellite?

• A. Southbury (USA), Burum (Netherlands), EIK (Norway).
• B. Santa Paula (USA), Aussaguel (France) or EIK (Norway).
• C. Southbury (USA), Santa Paula (USA) or Yamaguchi (Japan).
• D. Southbury, (USA), Nakhoda (Russia) or Beijing (PRC).

Answer: (A)

Inmarsat-C services rely on a network of Earth Stations connected to satellites for operational communication. When a vessel is synced to the AOR-W satellite and operating off the Atlantic Coast of the United States, it is essential to choose Earth Stations that effectively cover this specific region. The set of Earth Stations mentioned in the correct answer—Southbury (USA), Burum (Netherlands), and EIK (Norway)—are strategically located to provide adequate coverage and service availability for vessels accessing Inmarsat-C in that area. Southbury, located in the United States, offers localized support, while Burum and EIK provide additional redundancy and reach across the Atlantic, ensuring effective communication capabilities. This combination allows vessels operating under these conditions to maintain reliable connectivity. Understanding the geographic positioning and operational capability of these Earth Stations is crucial for effective maritime communications, particularly given how critical these connections are for safety, navigation, and operational efficiency. The coverage maps and operational directives issued by Inmarsat also support this configuration, further validating the selection.

Inmarsat-C services rely on a network of Earth Stations connected to satellites for operational communication. When a vessel is synced to the AOR-W satellite and operating off the Atlantic Coast of the United States, it is essential to choose Earth Stations that effectively cover this specific region.

The set of Earth Stations mentioned in the correct answer—Southbury (USA), Burum (Netherlands), and EIK (Norway)—are strategically located to provide adequate coverage and service availability for vessels accessing Inmarsat-C in that area. Southbury, located in the United States, offers localized support, while Burum and EIK provide additional redundancy and reach across the Atlantic, ensuring effective communication capabilities.

This combination allows vessels operating under these conditions to maintain reliable connectivity. Understanding the geographic positioning and operational capability of these Earth Stations is crucial for effective maritime communications, particularly given how critical these connections are for safety, navigation, and operational efficiency. The coverage maps and operational directives issued by Inmarsat also support this configuration, further validating the selection.