ndia's Launch Vehicle Mark-3 (LVM3) launched the CMS-03 spacecraft, also known as GSAT-7R, from Satish Dhawan Space Centre on Nov 2, 2025 at 6:56 a.m. EST (1056 GMT; 5:26 p.m. local time in India).
"The LVM3 deployed the 9,700-pound (4,400-kilogram) CMS-03 into geostationary transfer orbit about 16 minutes after lifting off
06:44In this engine, gas turbine can be more than 200 kilonewtons, and more than 644 seconds
06:55will be more than 4 meters, and more than 13.5 meters.
07:02In this engine engine control and reaction control system, we call 8.6 tons of cryoindhan
07:11in this engine engine.
07:13In this engine engine, the engine engine can be more than 6 tons of cryoindhan, because
07:19cryoindhan, liquid hydrogen, and liquid oxygen can be more than 183 degrees.
07:29This engine engine is available to us.
07:34when
07:35when
07:36when
07:37when
07:38when
07:39it
07:40is
07:41not
07:42I
07:43can
07:44see
07:45I
07:49do
07:50I
07:54do
07:55I
07:56do
07:58I
07:59do
08:01I
08:02am
08:03port blare is that ground station hum tak is yan ke aankhdee uplabd kara rahe hain
08:11plus eight minutes
08:16the satellite for this mission is CMS-03
08:33which is a communication satellite operating on multiple bands it is meant to provide services over a wide oceanic region including the Indian landmass to enable constant visibility of a satellite towards a particular region on earth the period of revolution of satellite in orbit should be same as the period of rotation of earth on its own axis this practically can be achieved if the satellite is placed at a slot at 36,000 km
09:03above the equator
09:06launching a satellite into a geostationary orbit involves a meticulously planned series of steps
09:14the LVM3 M5 rocket is expected to place CMS-03 satellite at an altitude of 180 km with an inertial velocity of 10.15 km per second
09:25this orbit will have a perigee at 170 km which is the shortest distance of the satellite from earth and an apogee of 29,970 km that is the farthest it will be in the initial orbit which is a temporarily stable orbit
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