Chayka is a Russian terrestrial radio navigation system, similar to LORAN-C. It operates on similar frequencies around 100 kHz, and uses the same techniques of comparing both the envelope and the signal phase to accurately determine location. The systems differ primarily in details.
The Cape Race LORAN-C transmitter is a LORAN-C transmitter at Cape Race, Newfoundland and Labrador, on Canada's eastern seaboard.
Angissoq LORAN-C transmitter was a LORAN-C transmitter at Nanortalik-Angissoq, Greenland of GRI 7930, 59°59'18"N, 45°10'24" W. Angissoq LORAN-C transmitter had a transmission power of 1000 kilowatts.
It used until July 27, 1964 a 1350 ft tall mast radiator, which was built in 1963. On July 27, 1964 this tower collapsed as a result of a fatigue failure of an eyebolt head in a compression cone insulator on a structural guy.
The collapsed tower was replaced afterwards by a 704 ft tall mast radiator.
On December 31, 1994 the transmitter was shut down. The tower was dismantled.
Minami-Tori-shima LORAN-C transmitter is a former LORAN-C transmitter on Minami-Tori-shima in Ogasawara, Tokyo, Japan at. Until 1993 it was part of Grid 9970 and used a transmission power of 4000 kilowatts, which was more than the most powerful broadcasting stations ever used.
LORAN-C transmitter George serves the GRI 5990 and GRI 9940 chains. Transmission power is 1600 kW. It is located at George, Washington, USA.
It went into service in September 1976. In December 2003 its tube transmitters were replaced with solid state units.
The antenna consists of four T-antennas mounted on four 211.8 metres tall guyed masts arranged in a 442.3 meters square.
LORAN-C transmitter Carolina Beach was the Zulu secondary station of the U.S. Southeast chain with a transmission power of 800 kW.
LORAN-C transmitter Carolina Beach, situated near Carolina Beach, North Carolina, USA at 34°3'46.208" N, 77°54'46.100" W. LORAN-C transmitter Carolina Beach used until 1961 as a few LORAN-C-transmitters as antenna a 190.5 metres (625 ft) tall free-standing tower radiator.
LORAN-C transmitter Ejde is the Master station of the Ejde LORAN-C Chain.
It uses a transmission power of 400 kW.
Ejde LORAN-C transmitter, situated near Eiði at. Ejde LORAN-C transmitter uses as antenna a 190.5 metre tall mast radiator.
In 1962 the mast of LORAN-C transmitter Ejde collapsed as a result of a slipping guy.
LORAN-C transmitter Malone was the master station of the Southeast U.S. LORAN-C Chain and the Whiskey Secondary of the Great Lakes chain. It used a transmission power of 800 kW for both chains.
LORAN-C transmitter Fallon was the Master station of the U.S. West Coast LORAN-C Chain. It used a transmission power of 400 kW.
Coast Guard LORAN-C Station Estartit was the Zulu secondary station of the Mediterrean Sea LORAN-C Chain.
It used a transmission power of 165 kW.
Estartit LORAN-C transmitter, was situated near Estartit at. Estartit LORAN-C transmitter used as antenna a 190.5 metre tall mast radiator.
LORAN-C transmitter Jupiter is the Yankee secondary station of the Southeast U.S. LORAN-C Chain. It uses a transmission power of 165 kW.
Jupiter LORAN-C transmitter, situated at Jupiter, Florida at 27°1'59" N, 80°6'53" W. Jupiter LORAN-C transmitter uses as antenna a 190.5 metres (625 ft) tall mast radiator, which was built in 1962.
LORAN-C transmitter Grangeville was the Whiskey secondary station of the Southeast U.S. LORAN-C Chain.
It used a transmission power of 800 kW.
The LORAN-C transmitter Havre was the master station of the North-Central U.S. LORAN-C Chain, situated at Havre, Montana at 48°44′39″N 109°58′54″W. It used a 700-foot (210 m) tall mast radiator as an antenna with a transmission power of 400 kW.
The LORAN-C transmitter Seneca was the master station of the Northeastern United States LORAN-C Chain and the X-Ray secondary station of the Great Lakes Chain. It was located within the Seneca Army Depot in Romulus, New York, south of Geneva. It used a 1000-kilowatt, 742-foot guyed mast that was constructed in 1977 and dedicated on August 2, 1978. The station was operated by United States Coast Guard and was located on a 250-acre (1.0 km2) piece of land within the 10,587-acre (42.84 km2) facility. The transmitter was used to guide ships and aircraft up to 1,000 miles (1,600 km) away. It was the first LORAN station to use solid-state electronics versus vacuum tube components.
LORAN-C transmitter Saint Paul is the master station of the North Pacific LORAN-C Chain. It uses a transmission power of 325 kW. Saint Paul LORAN-C transmitter, situated at Saint Paul, Alaska at. Saint Paul LORAN-C transmitter uses as antenna a 190.5 meter tall mast radiator.
LORAN-C transmitter Salwa is the Whiskey secondary of the Saudi Arabia South LORAN-C Chain and the Whiskey secondary of the Saudi Arabia North LORAN-C Chain .
It uses for both chains a transmission power of 1000 kW.
LORAN-C transmitter Salwa is situated near Salwa at.
LORAN-C transmitter Hexian is the master station of the China South Sea LORAN-C Chain .
It uses a transmission power of 1200 kW.
LORAN-C transmitter Hexian is situated near Hexian at.
LORAN-C transmitter Helong is the Yankee secondary of the China North Sea LORAN-C Chain .
It uses a transmission power of 1200 kW.
LORAN-C transmitter Helong is situated near Helong at.
LORAN-C transmitter Searchlight was the Yankee secondary of the U.S. West Coast LORAN-C Chain and the Whiskey secondary of the South Central U.S. Chain. The station, established in 1976, consisted of four 700-foot (210 m) transmission towers. It transmitted 540 kW from 13.5 miles (21.7 km) south of Searchlight, Nevada. There were five active duty and 2 reserve duty Coast Guard personnel stationed at LORSTA Searchlight. The station's Officer in Charge was a Chief Electronics Technician.
LORAN-C transmitter Kargaburun is the Yankee secondary station of the Mediterranean Sea LORAN-C Chain .
It uses a transmission power of 165 kW. Kargaburun LORAN-C transmitter is situated at Kargaburun in Marmara Ereğlisi district of Tekirdağ Province, Turkey at 40°58'21" N, 27°52'2" E,.
