Blastoff! Most Powerful Indian Rocket Launches Huge Satellite

Space.com

India's Launch Vehicle Mark-3 (LVM3) launched the CMS-03 spacecraft, also known as GSAT-7R, from Satish Dhawan Space Centre.  "The LVM3 deployed the 9,700-pound (4,400-kilogram) CMS-03 into geostationary transfer orbit about 16 minutes after lifting off," according to Space.com.  Credit: ISRO

Transcript

00:00Minus 15 seconds

00:0110

00:059

00:068

00:077

00:086

00:095

00:104

00:113

00:122

00:131

00:140

00:15S200 motors ignited

00:19Plus 5 seconds

00:21S200

00:24Boosters ka Safal Thapurna

00:26Pajjalam

00:27We have a magnificent lift off

00:34The LVM3 M5

00:35CML03 mission in the air

00:37The simultaneous thrusting of the twin S200 motors

00:41Is indeed a sight to be bought

00:42GSLV Mark 3

00:51LVM3

00:52Ke naam se jana jata hai

00:53Ya

00:53Her baar ek kehani likta hai

00:55Pichli baar hamne se chandrayaan 3 par dekha tha

00:58Aur ab ham dekh rahe hai

00:59LVM3 M5 CMS03 mission

01:03A clear street high quota sky

01:05And the LVM3 silhouette

01:07Feel and satisfaction together

01:10At the countenance of the witnessing

01:11Isro scientists

01:13The shawl's tracking station continue to track the trajectory

01:40First stage performance normal

01:42Pratham charanth ka

01:45Kul karyakal

01:46126 second ka ho ga

01:47Tattachar

01:49S200 booster shant ho jayenge

01:51And the S200 booster shant ho jayenge

01:51And the Yarns se prithak

01:52Kerr diya jayega

01:53Is kadi me

02:05Agla charanth

02:06L110

02:07Charanth ka prajolan hai

02:08L110 engine started

02:10Jihaan iske pushti ho chukhi hai

02:12Dutiye charanth

02:14L110 charanth ka prajolan shiru ho chuka hai

02:16We have a confirmation

02:18From the range operations director

02:20That the second stage L110

02:22Has commenced its operation

02:23L110 engine performance normal

02:25The two Vikas engines

02:28Together generating

02:291600 kilonewtons thrust

02:31In its high thrust version

02:33S200 motor separated

02:34Range operation Nideshak

02:38Ne bhi iske pushti ki

02:39Duno S200 boosters ko

02:41Yarns se prithak ker liya gya hai

02:43Varthaman mein

02:45L110 stage

02:46Joki tarl noodak par

02:47Aadharit charanth hai

02:48Prajolit hai

02:50Aur Yarn ko

02:51Dishd kakshaki or le ja raha hai

02:52We have had the separation

02:55Of the S200 motors

02:57And L110

02:58Is currently thrusting

03:00Tarl noodak par

03:04Aadharit ya charanth

03:05Which pranod wale

03:06Vikas engine ki mazit se

03:08Kul 1600 kilonewtons ka

03:09Pranodot parna kar raha hai

03:10Engine ki adhiktam

03:12Prabhavik shumta

03:13Praatr karne ke liye

03:14Is me indhan

03:15Or oxidizer ka khas

03:16Hanupat

03:17Me mila kar

03:17Prajolit kiya jata hai

03:18Is charanth ka

03:20Prajolan kaal

03:21Kuch 200 second ka

03:22Hoga

03:22The tracking station

03:30At charge

03:31Sriharikota

03:32Continues to track

03:33And the port blayer station

03:34Will start to acquire signals

03:36At above

03:37Payload faring separated

03:38Plus 200 seconds onwards

03:40Now we have a separation

03:43Of payload faring

03:44Ji yaan

03:47Ab yaan

03:47Ek soo pandara km ki ucayi

03:49Praapta kar chuka hai

03:50Aur is wajah se

03:51Ya ghanye vata varant se

03:53Bahar ja chuka hai

03:54Ab

03:55Ushma kawaj ki ava shakta nahi

03:56Rah jati

03:57Is liye

03:57Is se yaan se

03:58Prithak kar diya jata hai

03:59The payload faring

04:04Has been jettisoned

04:05As the rocket

04:06Has cleared

04:07The dense

04:07Atmosphere

04:08There is no need

04:09Anymore to give

04:10Aerodynamic shape

04:11To the rocket

04:11Or to safeguard

04:12The satellite

04:13Against aerodynamic

04:14Hating

04:15Plus 4 minutes

04:16First stage performance

04:22Normal

04:22L 110 stage

04:47Vartamahan me

04:47Prajolan rath hai

04:48Samanye nishpadan

04:50Kerta huwa

04:51Ditya charan

04:52LVM3

04:53Rocket ka

04:54Kuchhi shanow mein

04:55Hum dekhenge

04:56Ya

04:58L 110 stage

05:01Apna karekal

05:01Samapt kar

05:02Shant ho jayega

05:03Aur kuchhi

05:04Uske pashat

05:05Cryo stage

05:06Ka prajolan

05:07Shuru hooga

05:07Cryo stage

05:08Ignition

05:09Authorized

05:09While the L 110

05:12Stage is still operating

05:14The cryo stage

05:15Ignition has been authorized

05:16For the present mission

05:18L 110 stage

05:19Is scheduled to

05:20Burn for

05:22497.8 seconds

05:24First stage

05:25Separated

05:25And here we have

05:27Confirmation

05:28Of the staging event

05:29Cryo stage

05:30Ignition

05:30Confirmed

05:31Now the third stage

05:34Of LVM3

05:35The cryogenic

05:35Stage has commenced

05:36Its operation

05:37A jubilient scene here

05:59In the mission control center

06:01Inside Sri Harikota

06:01And also among the

06:03Visitors gallery

06:04The cryo stage

06:06Has commenced

06:06Its operation

06:07And

06:08It's continuing

06:10To operate

06:10With 21.6 tons

06:14Of cumulative

06:14Propelant loading

06:15Of liquid hydrogen

06:16And liquid oxygen

06:17The engine

06:18The engine develops

06:19The engine develops

06:19200 kilonewton thrust

06:50In the air

06:51This

06:52This

06:52Is

06:52Charant

06:52The

06:52Charant

06:53644

06:54Second

06:55This is 4 meters and 13.5 meters.

07:02This is the engine control and reaction control system.

07:08This is the use of 8.6 tons of cryo-indhan.

07:14It is the use of 7 minutes.

07:24Cryo-indhan is the use of 8.6 tons of cryo-indhan.

07:29This is the use of 8.6 tons of cryo-indhan.

07:34This is the use of 8.7 tons of cryo-indhan.

07:40This is the use of 7.6 tons of cryo-indhan.

07:46This is the use of 7.7 tons of cryo-indhan.

07:53This is the use of 8.7 tons of cryo-indhan.

07:58This is the first place of the city.

08:00The ground station is in the port blayer.

08:06We are now in the port blayer.

08:12We are now in the port blayer.

08:14Plus 8 minutes.

08:28The satellite for this mission is CMS-03, which is a communication satellite operating on multiple bands.

08:38It is meant to provide services over a wide oceanic region, including the Indian landmass.

08:44To enable constant visibility of a satellite towards a particular region on Earth,

08:49the period of revolution of satellite in orbit should be same as the period of rotation of Earth on its own axis.

08:56This practically can be achieved if the satellite is placed at a slot at 36,000 km above the equator.

09:06Launching a satellite into a geostationary orbit involves a meticulously planned series of steps.

09:14The LVM-3 N5 rocket is expected to place CMS-03 satellite at an altitude of 180 km

09:21with an inertial velocity of 10.15 km per second.

09:28This orbit will have a perigee at 170 km, which is the shortest distance of the satellite from Earth,

09:36and an apogee of 29,970 km, that is the farthest it will be in the initial orbit,

09:45which is a temporarily stable orbit.

09:47The LVM-3 N5 rocket is a

09:47And the LVM-3 N5 rocket is a

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