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In January 2024, the US Navy requested a new permit for the installation and maintenance of mine training areas off the coasts of Hawaii and Southern California, as the Pacific Ocean, according to the command, is a priority theater of operations amid tensions with China.
Much of the site is devoted to the enormous overhead wire antenna array that is necessary to efficiently radiate the VLF waves. The antenna, shown above, consists of ten catenary cables, 5,640–8,700 ft (1,719–2,652 m, 1.1–1.6 miles) long, suspended in a zigzag pattern over the valley between Wheeler mountain and Blue mountain on twelve 200 ft. towers on the mountains' crests.
megawatt naval VLF station, demolished NPO Sangley Point Naval Radio Station: Cavite, Philippines: 21.5 kHz: Three 600-foot (180 m) VLF towers demolished after World War II Malabar Radio Station: Malabar, Indonesia
The current Cutler Naval Station was built during 1960 and became operational on January 4, 1961. It has a transmission power of 2 megawatts. As with all VLF stations, the transmitter has a very small bandwidth, and so cannot transmit audio (speech) but only coded text messages, at a relatively low data rate.
Pages in category "Communications and electronic installations of the United States Navy" The following 26 pages are in this category, out of 26 total. This list may not reflect recent changes .
Naval Training School (Radio), Naval Reserve Armory, Indianapolis, Indiana Naval Training School (Radio-Special), Bainbridge Island, Port Blakely, Washington Naval Training School (Radio-Women), University of Wisconsin, Madison, Wisconsin
Category: Radio stations in the United States by state. ... Print/export Download as PDF; Printable version; In other projects Wikimedia Commons; Wikidata item;
The station's current antenna was built in 1972; it consists of two guyed masts, each 458.11 metres (1503 feet) tall, which are configured as umbrella antennas. They are fed by an overhead cable, fixed to a tall mast at one end, and at the opposite end to a smaller grounded mast near the helix building via an insulator.