Indian Space Program: News & Discussions

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ISRO's Planned Launch Schedule for 2019:

7-8 x PSLV launches ( C44 through C52 )
2 x GSLV Mk.2 launches ( F12, F13 ? )
2 x GSLV Mk.3 developmental/operational launches ( D3, D4 ? )
2 x SSLV test-launches
1 x GSLV Mk.3 test launch for purposes of Gaganyaan program (unclear if the 2 Mk.3 launches are including this or not)

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(translated from Portuguese)

PSLV to Launch Brazil's Amazonia-1 Satellite

The National Institute for Space Research (INPE) has concluded the process for contracting the services that will put Amazonia-1, the first fully-designed earth observation satellite assembled and tested in Brazil, into orbit. The US company Spaceflight Inc has won international competition and will launch with the PSLV (Polar Satellite Launch Vehicle) rocket from a base in India in 2020.

Amazonia-1 is currently in the pre-launch phase of the Integration and Testing Laboratory (LIT) of INPE, in São José dos Campos (SP). Follow the activities of Amazonia-1 here: https://www.facebook.com/amazonia1inpe

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Amazonia-1 Artist Render

The images of the Brazilian satellite will be used to observe and monitor deforestation especially in the Amazon region, as well as the diversified vegetation and agriculture throughout the national territory.

With the Amazonia-1, Brazil will dominate the complete development cycle of this type of satellite, from the project to the integration and operation in orbit. The project boosts Brazil's aerospace industry by promoting 100% national technologies.

The launch of Amazonia-1 also represents the in-flight validation of the Multi-Mission Platform (PMM), which can be used in various satellite missions (meteorological, scientific and remote sensing, among others). Reproduction of the PMM for use in future missions will bring significant reductions in deadlines and costs on upcoming satellites.

Definido o lançamento do satélite brasileiro Amazonia-1

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Another tid-bit from VSSC Director Dr. S. Somanath: The SSLV can be assembled both vertically (like PSLV, GSLV) as well as horizontally (like the older SLV, ASLV and many bigger foreign rockets).
Would there be any test to bringing - Dead Last Stage of PSLV Back to Life as Experimental Platform - mentioned in your post #261. It is an excellent prospect
 
Would there be any test to bringing - Dead Last Stage of PSLV Back to Life as Experimental Platform - mentioned in your post #261. It is an excellent prospect

That test will be conducted on the very next PSLV launch (C44) which will happen in January, this part is already mentioned in the original article.
 
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That test will be conducted on the very next PSLV launch (C44) which will happen in January, this part is already mentioned in the original article.
opps my bad (Brain Fart) - re -reading the article - this will be exciting to see.

Q: To my understanding, the last stage usually will burn up in the atmosphere correct? and if the last stage is being used, once the experiment/objective is completed - this too will burn up correct?
 
Q: To my understanding, the last stage usually will burn up in the atmosphere correct? and if the last stage is being used, once the experiment/objective is completed - this too will burn up correct?

Answer to this too is in the original article. Read the 2nd paragraph.
 
Isro developing technology to reuse first & second stages of rocket

NEW DELHI: In a bid to cut cost of satellite launchers, Indian Space Research Organisation (Isro) is working on reusable launch technology for using the first and second stages of a rocket multiple times. To master this technology, Isro is going to conduct an advanced version of the reusable launch technology (RLV) test in June-July.

Talking to TOI, Isro chairman K Sivan said, "We are working on a reusable launch technology in order to recover the first and second stages of a rocket so that we can reuse them to cut cost and carry heavier payloads. The first rocket stage will be recovered on a vertical landing spot on the sea like SpaceX has been doing it with its Falcon rocket. However, recovering the second stage is not simple. We are, therefore, developing a winged body like a space shuttle. This shuttle will be attached as a second stage in a rocket. It will carry the top portion of the rocket comprising a satellite or spacecraft to space. Once it injects the satellite in its orbit, the shuttle will glide back to the earth and land on an airstrip like an aircraft." He said the "second stage recovery has never been tried by any other space agency in the world, not even SpaceX".



Master.jpg



Isro had conducted the first demonstration test of India's winged body vehicle on May 23, 2016. Then, the RLV had reached a height of 70 km and was manoeuvred back to earth where it glided down into the Indian Ocean and disintegrated.


On the June-July test, Sivan said, "The test will be different this time where a helicopter will take the shuttle to a considerable height and from that height, the winged body will be dropped. The shuttle will then glide back to earth and land on an airstrip." Isro is also planning to conduct a third test of the RLV from the orbit. There is speculation that the landing strip could be made in Andaman and Nicobar islands. However, no final decision has been taken yet.


Currently, SpaceX rules the Rs 39,000-crore global market of satellite launches. The Elon Musk-promoted US company which had 0% market share in 2009 gobbled up over 50% (projected) of the market share in 2018 mostly because of its reusable technology where it uses first stage rocket multiple times. On the other hand, Isro's share is just 0.6% in the global market. In 2018, Isro had launched PSLV just thrice for foreign satellites. Instead, SpaceX launched Falcon rocket 20 times for commercial purpose. As the market is set to grow to $7 billion (Rs 49,000 crore) by 2024, Isro can grab a significant share if it is able to master the RLV technology.
 
Isro developing technology to reuse first & second stages of rocket

NEW DELHI: In a bid to cut cost of satellite launchers, Indian Space Research Organisation (Isro) is working on reusable launch technology for using the first and second stages of a rocket multiple times. To master this technology, Isro is going to conduct an advanced version of the reusable launch technology (RLV) test in June-July.

Talking to TOI, Isro chairman K Sivan said, "We are working on a reusable launch technology in order to recover the first and second stages of a rocket so that we can reuse them to cut cost and carry heavier payloads. The first rocket stage will be recovered on a vertical landing spot on the sea like SpaceX has been doing it with its Falcon rocket. However, recovering the second stage is not simple. We are, therefore, developing a winged body like a space shuttle. This shuttle will be attached as a second stage in a rocket. It will carry the top portion of the rocket comprising a satellite or spacecraft to space. Once it injects the satellite in its orbit, the shuttle will glide back to the earth and land on an airstrip like an aircraft." He said the "second stage recovery has never been tried by any other space agency in the world, not even SpaceX".



Master.jpg



Isro had conducted the first demonstration test of India's winged body vehicle on May 23, 2016. Then, the RLV had reached a height of 70 km and was manoeuvred back to earth where it glided down into the Indian Ocean and disintegrated.


On the June-July test, Sivan said, "The test will be different this time where a helicopter will take the shuttle to a considerable height and from that height, the winged body will be dropped. The shuttle will then glide back to earth and land on an airstrip." Isro is also planning to conduct a third test of the RLV from the orbit. There is speculation that the landing strip could be made in Andaman and Nicobar islands. However, no final decision has been taken yet.


Currently, SpaceX rules the Rs 39,000-crore global market of satellite launches. The Elon Musk-promoted US company which had 0% market share in 2009 gobbled up over 50% (projected) of the market share in 2018 mostly because of its reusable technology where it uses first stage rocket multiple times. On the other hand, Isro's share is just 0.6% in the global market. In 2018, Isro had launched PSLV just thrice for foreign satellites. Instead, SpaceX launched Falcon rocket 20 times for commercial purpose. As the market is set to grow to $7 billion (Rs 49,000 crore) by 2024, Isro can grab a significant share if it is able to master the RLV technology.

This is inspiring!! Love the ambition!!
 
Successful Launch of Microsat - R and Kalamsat - V2 through PSLV C 44 (a new variant PSLV DL):



PSLV-C44
India's Polar Satellite Launch Vehicle (PSLV-C44) successfully injected Microsat-R and Kalamsat-V2 satellites into their designated orbits.

The PSLV-C44 lifted off at 23:37 Hrs (IST) on January 24, 2019 from the First Launch Pad at Satish Dhawan Space Centre SHAR, Sriharikota in its 46th flight.

About 13 minutes 26 seconds after lift-off, Microsat-R, an imaging satellite was successfully injected into intended orbit of 274 km.

Subsequently, the fourth stage (PS4) of the vehicle was moved to a higher circular orbit of 453 km after two restarts of the stage, to establish an orbital platform for carrying out experiments. Kalamsat-V2, a student payload, first to use PS4 as an orbital platform.
 
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PSLV-C44 Integrated upto First Stage inside Mobile Service Tower

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Hoisting of an interstage during PSLV-C44 integration

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Hoisting of PSLV-C44 second stage during vehicle integration.

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PSLV-C44 Third and Fourth stages at Stage Preparation Facility

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PSLV-C44 integrated upto fourth stage at MST
 
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