10..9...8 It's Launch Time for ISRO's Desi GPS Satellite IRNSS

CRB Tech reviews takes a look at the launch event of the IRNSS satellite. 

Polar Satellite Launch Vehicle-C32 on its 34th mission would dispatch the IRNSS-1F, meant for providing navigation precisely keeping pace with the US-based Global Positioning System, from the Satish Dhawan Space Center at the spaceport of Sriharikota around 110 km from here. 


"With the launch of four satellites, we were able to provide navigation for 18 hours. But after fifth launch we increased the capacity to 24 hours with an accuracy of 20 meters. The sixth IRNSS-1F and seventh launch (IRNSS-1G) will be accurate and more efficient," an ISRO official told PTI. 

Indian Space Research Organization to give autonomous regional navigation satellite system keeping pace with GPS, had dispatched five navigation satellites under the Indian Regional Navigation Satellite System (IRNSS). 

While four satellites would be adequate to begin operations of the IRNSS framework, the staying three would make it more "accurate and efficient", an ISRO official said. 

Comparative events where rocket with XL configuration were utilized were amid dispatch of Chandrayaan-1, Mars Orbiter Mission, ASTROSAT other than the five IRNSS satellites. 

Alongside the route payload and ranging payload, the satellite likewise conveys a "highly accurate Rubidium atomic clock" with it. The payload will transmit navigation service signals to the clients. 

The 44.4 meter tall IRNSS-1F has a liftoff mass of 1,425 kg and would be dispatched in sub-Geosynchronous Transfer Orbit (sub GTO). It has a 12 year mission life. 

Indian Space organization ISRO's 6th route satellite IRNSS-1F is good to go to be launched on board trusted workhorse PSLV C32 today at 4 pm. 

The 54-and-half hour commencement started not long after the Mission Readiness Review Committee and Launch Authorisation Board cleared it and right now, it was "progressing normal”, ISRO authorities said. 

As a component of the project, ISRO opened another satellite navigation center inside of the grounds of ISRO Deep Space Network (DSN) at Byalalu, in Karnataka on 28 May 2013. A system of 21 running stations situated the nation over will give information to the orbital determination of the satellites and observing of the route signal. 

An objective of complete Indian control has been expressed, with the space section, ground fragment and client recipients all being inherent India. Its area in low scopes encourages a scope with low-slant satellites. Three satellites will be in geostationary circle over the Indian Ocean. Rocket focusing on could be a vital military application for the constellation. 

CRB Tech reviews is proud to bring to you the launch of ISRO's latest satellite.

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