The powerful GSLV rocket, which had three stages, stood tall at a height of 51.7 meters and weighed a staggering 420 tons. At 10.42 a.m., it took off into the sky, successfully escaping the strong pull of Earth’s gravity.
ISRO on Monday successfully launched it’s Geosynchronous Satellite Launch Vehicle (GSLV) from the second launch pad at Sathish Dhawan Space Centre in Sriharikota.
The powerful GSLV rocket, which had three stages, stood tall at a height of 51.7 meters and weighed a staggering 420 tons. At 10.42 a.m., it took off into the sky, successfully escaping the strong pull of Earth’s gravity.
With the successful completion of this mission, India will join the exclusive list of just three other countries in the world. Around 20 minutes after launch, the satellite will be injected into a geosynchronous transfer orbit, marking a significant milestone in India’s space exploration journey.
According to ISRO, NVS-01 is the first of the second-generation satellites envisaged for the Navigation with Indian Constellation (NavIC) services. NVS series of satellites will sustain and augment the NavIC with enhanced features. This series incorporates L1 band signals additionally to widen the services. For the first time, an indigenous atomic clock will be flown in NVS-01.
A fully developed NavIC system consists of seven satellites in Geosynchronous/Inclined Geosynchronous orbits. It will provide real time positioning and timing services over India and a region extending approximately 1,500km around the Indian mainland, IANS reported.
The satellite with a mission life of 12 years is powered by two solar arrays capable of generating power upto 2.4kW and a lithium-ion battery during the eclipse. NVS series of satellites will sustain and augment the NavIC with enhanced features.
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This series has payloads that operate on L1, L5 and S bands thereby widening its services. The L1 navigation band is popular for providing Position, Navigation and Timing (PNT) services for civilian users and for interoperability with other Global Navigation Satellite System (GNSS) signals.
ISRO on Monday successfully launched it’s Geosynchronous Satellite Launch Vehicle (GSLV) from the second launch pad at Sathish Dhawan Space Centre in Sriharikota.
The powerful GSLV rocket, which had three stages, stood tall at a height of 51.7 meters and weighed a staggering 420 tons. At 10.42 a.m., it took off into the sky, successfully escaping the strong pull of Earth’s gravity.
The primary objective of this mission is to deploy the NVS-01 navigation satellite, which weighs approximately 2,232 kilograms. This satellite belongs to the second generation of satellites envisioned for the Navigation with Indian Constellation series.
With the successful completion of this mission, India will join the exclusive list of just three other countries in the world. Around 20 minutes after launch, the satellite will be injected into a geosynchronous transfer orbit, marking a significant milestone in India’s space exploration journey.
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According to ISRO, NVS-01 is the first of the second-generation satellites envisaged for the Navigation with Indian Constellation (NavIC) services. NVS series of satellites will sustain and augment the NavIC with enhanced features. This series incorporates L1 band signals additionally to widen the services. For the first time, an indigenous atomic clock will be flown in NVS-01.
A fully developed NavIC system consists of seven satellites in Geosynchronous/Inclined Geosynchronous orbits. It will provide real time positioning and timing services over India and a region extending approximately 1,500km around the Indian mainland, IANS reported.
The satellite with a mission life of 12 years is powered by two solar arrays capable of generating power upto 2.4kW and a lithium-ion battery during the eclipse. NVS series of satellites will sustain and augment the NavIC with enhanced features.
This series has payloads that operate on L1, L5 and S bands thereby widening its services. The L1 navigation band is popular for providing Position, Navigation and Timing (PNT) services for civilian users and for interoperability with other Global Navigation Satellite System (GNSS) signals.
