Russia's GLONASS to Provide Brazil With Alternative to GPS

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It follows an article published today (12/26), in the website, noting that Russia's GLONASS to provide Brazil with alternative to GPS.

Duda Falcão


Russia's GLONASS to Provide
Brazil With Alternative to GPS

By Staff Writers
Moscow, Russia (Sputnik) Dec 26, 2014

File image.
The Russian Global Navigation Satellite System (GLONASS) will provide Brazilians with an alternative to the American Global Positioning System (GPS), giving them more localized data and stability, the GLONASS project coordinator in Brazil told Sputnik.

"Brazil will have an alternative to GPS as a civil-use localization system. So all Brazilians will be able to access this system, and this will mean an increase in the number of satellites as people will be able to connect to both GPS and GLONASS. Also [this means] having more localized data and more stability," Geovany Borges said.

Borges, who is also a professor of the University of Brasilia, noted that the mode of operation of Russia's GLONASS is similar to that of the GPS.

"For us, Brazilians, it will be an alternative system in case the North American system experiences some problems or a decrease in the number of satellites - [as the GPS] also has some room for improvement - so GLONASS will be able to cover this break in the US system," he said.

Russia's first overseas GLONASS ground station was launched in Brazil in February 2013. In July 2014, Brazilian Minister of External Relations, Luiz Alberto Figueiredo, announced that two more GLONASS stations were to open in the states of Pernambuco and Rio Grande do Sul.

"We are currently at various stages of pre-commissioning work, we are experimenting with sending data to Russia in order to contribute to the gauging the system," Borges said.

The GLONASS project, which was launched in 1993, is considered to be Russia's answer to GPS (Global Positioning System).

The GLONASS network currently consists of 29 satellites, including 24 operational, allowing real-time positioning and speed data for surface, sea and airborne objects around the globe.