Four of the seven satellites in the IRNSS constellation are deployed in inclined orbits, with two each at 55 and 111.75 degrees East. The remaining three satellites are in equatorial geostationary ...

The IRNSS system will consist of three geostationary satellites and two pairs of spacecraft in inclined geosynchronous orbits. Each IRNSS satellite uses a rubidium-based atomic clock to keep time, ...

Sriharikota, January 20 : The fifth satellite of the Indian Regional Navigation Satellite System (IRNSS) IRNSS-1E, was launched from Sriharikota early on Wednesday Morning. It is also India’s ...

While IRNSS-1A remains on-station to broadcast system messages to the constellation’s user, last August’s IRNSS-1H launch was to have replaced it with a new, healthy, satellite. With its ...

The IRNSS-1A satellite is the first of seven that will make up the IRNSS. The constellation will consist of four satellites in geosynchronous orbits inclined at 29 degrees, with three more in ...

The first four satellites in the series, which Isro launched in the past, are functioning from their designated orbits. "We have two more satellites in IRNSS series which we intend to launch in a ...

Four IRNSS satellites will operate in inclined geosynchronous orbits like IRNSS 1A and 1B, while three spacecraft will launch into geostationary orbit over the equator.

When fully deployed by sometime in 2016, the 14.2 billion rupee ($226 million) IRNSS will consist of seven nearly identical satellites, three in geostationary orbit, two in inclined geosynchronous ...

The sole payload of this launch, IRNSS-1H, was intended to be a replacement for India’s first navigation satellite, IRNSS-1A, whose three onboard atomic clocks had failed.

The fully deployed IRNSS would consist of three and four satellites in GEO stationary and in inclined geosynchronous orbits respectively, about 36,000 km above the Earth.