ISRO General News and Updates

Chinmoy

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not for launching, :laugh:

then what gonna do with them decorate godowns, :laugh:

the reason anything said to be 'a backup' is because its already available and connected and gets start on automatically or by flip of a switch when primary goes out,

for example power backup,
you dont wait for electricity to go out and then start wiring backup at circuits,
they already fitted before,

@Indx TechStyle

they probably launch these backup satellites when these 7 satellites gonna be atleast mid-life,
and then next and next,
because these 'backups' gonna make this constellation bigger and more modern with new upgrades and modern satellites.
It has been mentioned as backups...........not upgrades. The whole of IRNSS is designed with 7 satellites.
irnss.png

Now we all know that space is a huge vaccum. It doesn't mean that it is upto anyone to grab any space over there. Particular slots are alloted for satellites to operate over there. Now IRNSS satellites are designed to work for 7 to 15 years period. The first one has been launched on 2013. It means it is nearing 3 years of its service life. It may need replacement in coming 4 to 12 years, where it would get its replacement from? And if any untoward incident happens with any one of the four operational satellite, then which one of the remaining three you believe would replace it?

Anyhow here is one link for better understanding of IRNSS system.

http://isp.justthe80.com/space-applications/indian-regional-navigation-satellite-system-irnss
 

Indx TechStyle

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It has been mentioned as backups...........not upgrades. The whole of IRNSS is designed with 7 satellites.
View attachment 7145
Now we all know that space is a huge vaccum. It doesn't mean that it is upto anyone to grab any space over there. Particular slots are alloted for satellites to operate over there. Now IRNSS satellites are designed to work for 7 to 15 years period. The first one has been launched on 2013. It means it is nearing 3 years of its service life. It may need replacement in coming 4 to 12 years, where it would get its replacement from? And if any untoward incident happens with any one of the four operational satellite, then which one of the remaining three you believe would replace it?

Anyhow here is one link for better understanding of IRNSS system.

http://isp.justthe80.com/space-applications/indian-regional-navigation-satellite-system-irnss
Interesting.
Bro, I got to attend a seminar on science and an ISRO official told about ISRO's long term plan to make a global navigation system.
Any links on that?
o_O
 

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ISRO’s ability to build communication satellites in Ahmedabad to rise five-fold

This new facility which is coming up on 60 acres in Bopal locality of the city, will cater to ISRO's demand for building newer and more sophisticated communications satellites.


Of the 1200 odd satellites that are currently orbiting the Earth, over 50 percent of them are communications satellites.

The Space Applications Centre (SAC), an important arm of Indian Space Research Organisation (ISRO) that started payload development with India’s first experimental communication satellite Ariane Passenger Payload Experiment (APPLE) in 1981, will see a five-fold increase in it’s ability to build communication satellites at Ahmedabad.

This new facility which is coming up on 60 acres in Bopal locality of the city, will cater to ISRO’s demand for building newer and more sophisticated communications satellites.


“Every other day we see some new television channel being launched. There is a huge demand for communications satellites across the world and in order to cater to this demand we are building a new communication satellite production facility on a 60 acre campus in Bopal which will be able to simultaneously integrate 10-payloads at a time,” said the director of SAC, Tapan Misra, while talking to The Indian Express.

Of the 1200 odd satellites that are currently orbiting the Earth, over 50 percent of them are communications satellites. This new communication laboratory at Bopal will be able to handle five-time more payloads in comparison it’s existing facility at Jodhpur Tekra, which can currently handle only two payloads at a time.

SAC which started payload development activity with India’s first experimental communication satellite, APPLE, has so far indigenously designed and developed at least 29 communication satellites which includes, INSAT series of satellites, GSAT series and IRNSS series. GSAT-15 was the latest of communication satellite to be integrated at SAC and launched by ISRO in November 2015.

Over 250 scientists working at this communication satellite laboratory at SAC are currently working on important communication satellites like GSAT-18, GSAT-11 and seventh satellite of Indian Regional Navigation Satellite System (IRNSS). “If everything goes as per plans, then this new facility at Bopal should be up and running by April 2016,” Misra added.

Apart from the communication laboratory, the new campus will also house a fabrication unit and a vendor complex. “The vendor complex has been created mostly for entry-level entrepreneurs who want to work with ISRO. About 20 vendors can work simultaneously at this complex. They can bring in their machinery and their manpower and work for us within our campus,” the director said adding that such a vendor complex will help cut costs for SAC which currently operates with 30-odd private vendors.
 

salute

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It has been mentioned as backups...........not upgrades. The whole of IRNSS is designed with 7 satellites.
View attachment 7145
Now we all know that space is a huge vaccum. It doesn't mean that it is upto anyone to grab any space over there. Particular slots are alloted for satellites to operate over there. Now IRNSS satellites are designed to work for 7 to 15 years period. The first one has been launched on 2013. It means it is nearing 3 years of its service life. It may need replacement in coming 4 to 12 years, where it would get its replacement from? And if any untoward incident happens with any one of the four operational satellite, then which one of the remaining three you believe would replace it?
so 'backup' mean when these satellites gonna get older they gonna replace these satellites with exact same 'less capable' tech instead of 'upgrade',new,modern,bigger satellite,

because its a 'backup' so it should be exactly same,

and when they say 'upgrade',then these 'backup' satellites again gonna be replaced with 'upgrades',

and every satellite gonna get 2 replacements one is 'backup' and other is 'upgrade',

just waiting on the ground because they are not for launching, :laugh:

gonna require bigger space here, :laugh:

and isro gonna require lots of free time and few more launch ports, :laugh:

'backup' and 'upgrade' is same thing.
 
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cobra commando

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ISRO Chairman A.S. Kiran Kumar has clarified that the “new space park” at Whitefield, Bengaluru, as reported by the media, was in fact confused for the existing facility on the ISITE campus at Marathahalli. Speaking to The Hindu on the sidelines of a function, Mr. Kumar said there was some confusion created over the issue and what the media reported citing ISRO’s Satellite Centre Director M. Annadurai, was in fact nothing more than what exists on the ISRO Satellite Integration and Test Establishment (ISITE) campus at Marathahalli.

Already in existence

“He (Annadurai) was explaining what existed but somehow it was confused for a new facility at Whitefield,” said Mr. Kumar who reiterated that there was no new facility coming up at Whitefield.

Plenary session

A section of the media interacted with Annadurai during one of the plenary sessions of the Indian Science Congress held at the University of Mysore recently and reported that a new space park was set to come up at Whitefield.

No space park at Whitefield, clarifies ISRO Chairman
 

Gessler

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ISRO Scientists Answer Questions All Indian Space Nerds Have Been Wanting To Ask
by Abhishek Saxsena
January 1, 2016




If you’re a space nerd like us, you’ll jump at the opportunity to pick the brains of some of the brightest minds that work at ISRO. A Reddit AMA held recently was one such opportunity and as you can guess, there were some important insights into ISRO’s current and future projects. Also, as you'll find out, they have a sense of humour too.

Q. And When would ISRO realistically be able to safely send man into space?

A. Once government gives green signal, you may expect (most probably) an IAF pilot in space within 5(-ish) years. :) Space suits for Vyomanauts (Yes) have already been developed. Google for images. Visit Space Museum in Thumba to see a model.

Q. A silly one perhaps but what is purpose of that huge yellow crane on top of Umbilical Tower of SLP ? I have never seen it in action!

A. It does what a crane does: lifts objects. In this case, heavy rocket parts, if and when required.

Q. What can a common man do to help Isro?

A. Pay your taxes.

Q. How does it feel like to work for ISRO? I MEAN IT'S ISRO YOU GUYS!

A. The force is strong with this organisation (plus 7th CPC makes things slightly better for the wallet too).



Q. What did you guys think about the movie Interstellar?

A. It was epic. Also NASA branding ftw.

Q. What are some of the big-ticket projects planned in the near-future except commercial satellites?

A. RLV (Reusable Launch Vehicle), IRNSS (Indian Regional Navigational Satellite System), LVM3, Chandrayaan-2, Aditya-I... to name a few. IRNSS is slated to be much more accurate than GPS, and GoI will shift to it for all its navigational purposes. Aditya will be our mission to the sun. LVM3 is a huge rocket that will finally make us completely reliant vis-à-vis launch vehicle technology. And CY2 will have a rover!

Q. Is the first Indian to go to space in an Indian shuttle in 2017 already selected?

A. No. No further progress on Human Spaceflight Programme until govt. gives its nod (and money).




Q. Any new news about our cryogenic Engines?

A. We are developing a 20 ton thrust gas generator cycle cryogenic engine which will be ready in a few months. The cryogenic engine will be used in the launch of GSLV MK-III which we have planned to launch in December 2016. There are plans to have an increased propellant loading and clustering of engines for use in Heavy Lift vehicles in the future.

The CE-7.5 cryogenic stage used in GSLV Mk-II will see some upgrades with regards to propellant loading (12.5 tons to 15 tons) )to increase the payload capability. There has been a continuous effort to uprate the engines and look for solutions to optimize the stage.


Q. What is the plan for human space flight? Is it going ahead?

A. Human Space Flight is going to the initial process of prototyping and testing.

Q. Is development of a 600kn cryo engine underway or has it been scrapped?

A. There's no 600 kN semi-cryo as fas as i know. We are working on a bigger 2000kN semi-cryogenic engine for use in a 6ton class launch vehicle.



Q. Pick one PSLV or GSLV. And why?

A. GSLV looks better and lifts heavier. However, it's quite costly and difficult to control (thrust). Mk 3 is our fav.

Q. Your go to pick up line. Also ever successfully used your job designation to pick up a girl (assuming you all are guys)

A. Waiting to write something funny:p

Q. Is there any ongoing DRDO and ISRO joint project?

A. If I tell you, I will have to kill you.

Q. Where do you see space research 10 years from now? what about 20 years? what about 30 years? can you also do 40 years and 50 years?

A. 10 years: Robotic base on Mars.

20 years: Human base on Mars, scaling of ion propulsion.

30 years: Colonisation of Mars, cheaper launches, space tourism becomes routine.

40 years: We finally start doing something substantial about the space debris problem, Space mining for real.

50 years: Spotting an exoplanet to explore by a probe, space bungalow (complete with a study) for parking my retired behind.

Q. So what is your go to leisure activities when you are not working?

A. Apart from the usual popular ones I subscribe to writing prompts, photoshopbattles, fitness, frugal, lifeprotips, youshouldknow, manga, naruto, nottheonion, metal, 4chan and android.


http://www.indiatimes.com/culture/w...ce-nerds-have-been-wanting-to-ask-248999.html
 

Gessler

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ISRO Scientists Answer Questions All Indian Space Nerds Have Been Wanting To Ask
by Abhishek Saxsena
January 1, 2016




If you’re a space nerd like us, you’ll jump at the opportunity to pick the brains of some of the brightest minds that work at ISRO. A Reddit AMA held recently was one such opportunity and as you can guess, there were some important insights into ISRO’s current and future projects. Also, as you'll find out, they have a sense of humour too.

Q. And When would ISRO realistically be able to safely send man into space?

A. Once government gives green signal, you may expect (most probably) an IAF pilot in space within 5(-ish) years. :) Space suits for Vyomanauts (Yes) have already been developed. Google for images. Visit Space Museum in Thumba to see a model.

Q. A silly one perhaps but what is purpose of that huge yellow crane on top of Umbilical Tower of SLP ? I have never seen it in action!

A. It does what a crane does: lifts objects. In this case, heavy rocket parts, if and when required.

Q. What can a common man do to help Isro?

A. Pay your taxes.

Q. How does it feel like to work for ISRO? I MEAN IT'S ISRO YOU GUYS!

A. The force is strong with this organisation (plus 7th CPC makes things slightly better for the wallet too).



Q. What did you guys think about the movie Interstellar?

A. It was epic. Also NASA branding ftw.

Q. What are some of the big-ticket projects planned in the near-future except commercial satellites?

A. RLV (Reusable Launch Vehicle), IRNSS (Indian Regional Navigational Satellite System), LVM3, Chandrayaan-2, Aditya-I... to name a few. IRNSS is slated to be much more accurate than GPS, and GoI will shift to it for all its navigational purposes. Aditya will be our mission to the sun. LVM3 is a huge rocket that will finally make us completely reliant vis-à-vis launch vehicle technology. And CY2 will have a rover!

Q. Is the first Indian to go to space in an Indian shuttle in 2017 already selected?

A. No. No further progress on Human Spaceflight Programme until govt. gives its nod (and money).




Q. Any new news about our cryogenic Engines?

A. We are developing a 20 ton thrust gas generator cycle cryogenic engine which will be ready in a few months. The cryogenic engine will be used in the launch of GSLV MK-III which we have planned to launch in December 2016. There are plans to have an increased propellant loading and clustering of engines for use in Heavy Lift vehicles in the future.

The CE-7.5 cryogenic stage used in GSLV Mk-II will see some upgrades with regards to propellant loading (12.5 tons to 15 tons) )to increase the payload capability. There has been a continuous effort to uprate the engines and look for solutions to optimize the stage.


Q. What is the plan for human space flight? Is it going ahead?

A. Human Space Flight is going to the initial process of prototyping and testing.

Q. Is development of a 600kn cryo engine underway or has it been scrapped?

A. There's no 600 kN semi-cryo as fas as i know. We are working on a bigger 2000kN semi-cryogenic engine for use in a 6ton class launch vehicle.



Q. Pick one PSLV or GSLV. And why?

A. GSLV looks better and lifts heavier. However, it's quite costly and difficult to control (thrust). Mk 3 is our fav.

Q. Your go to pick up line. Also ever successfully used your job designation to pick up a girl (assuming you all are guys)

A. Waiting to write something funny:p

Q. Is there any ongoing DRDO and ISRO joint project?

A. If I tell you, I will have to kill you.

Q. Where do you see space research 10 years from now? what about 20 years? what about 30 years? can you also do 40 years and 50 years?

A. 10 years: Robotic base on Mars.

20 years: Human base on Mars, scaling of ion propulsion.

30 years: Colonisation of Mars, cheaper launches, space tourism becomes routine.

40 years: We finally start doing something substantial about the space debris problem, Space mining for real.

50 years: Spotting an exoplanet to explore by a probe, space bungalow (complete with a study) for parking my retired behind.

Q. So what is your go to leisure activities when you are not working?

A. Apart from the usual popular ones I subscribe to writing prompts, photoshopbattles, fitness, frugal, lifeprotips, youshouldknow, manga, naruto, nottheonion, metal, 4chan and android.


http://www.indiatimes.com/culture/who-we-are/isro-scientists-answer-questions-all-indian-space-nerds-have-been-wanting-to-ask-248999.html
The 2,000kN semi-cryo can be used for the Heavy Launch Vehicle (HLV) project, no doubt. Perhaps for RLV booster stage as well (I think it was mentioned in an infographic somewhere).

An excerpt from the book "Fishing Hamlet to Red Planet - India's Space Journey" by P.V. Manoranjan Rao.

8.8

Cryogenic Propulsion Systems Development in ISRO

V. NARAYANAN

FUTURE PLANS

ISRO is designing heavy-lift launch vehicles with capabilities in the range of 6-10 tonnes in GTO. For this purpose, the following propulsion systems are being pursued:

A 200 tonne propellant loading LOX and kerosene booster stage powered by a 2,000 kN thrust semi-cryogenic engine operating on stage combustion cycle.

A 50 tonne LOX-LH2 propellant loading cryogenic stage powered by twin CE 20 cryogenic engines.

A 10 tonne LOX-LH2 propellant loading cryogenic stage powered by a CE 20 cryogenic engine.
Thanks to ohsin at the NASA Spaceflight Forum.

I think after this, we could begin scaling this engine upto 3,000-4,000kN for even heavier launchers according to future requirements. This will be in line with what CNES is doing with the Snecma-made cryos.

 

warrior monk

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The 2,000kN semi-cryo can be used for the Heavy Launch Vehicle (HLV) project, no doubt. Perhaps for RLV booster stage as well (I think it was mentioned in an infographic somewhere).

An excerpt from the book "Fishing Hamlet to Red Planet - India's Space Journey" by P.V. Manoranjan Rao.



Thanks to ohsin at the NASA Spaceflight Forum.

I think after this, we could begin scaling this engine upto 3,000-4,000kN for even heavier launchers according to future requirements. This will be in line with what CNES is doing with the Snecma-made cryos.

So it will replace the Vikas engine in our L 110 core stage
 

Indx TechStyle

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Simply,
SLV-50kg to LEO
ASLV- 150 kg to LEo
PSLV- 2500 kg to LEO
GSLV Mk2 : 5500 lg to LEO
LVM3(experimental): 8000kg to LEO.
GSLV Mk3: 10000-12000kg to LEO
ULV: 15000 kg to LEO
HLV: 20000-25000kg to LEO
Super Heavy Rocket Concept 2010: 31000-100000 kg to LEO
 

Chinmoy

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so 'backup' mean when these satellites gonna get older they gonna replace these satellites with exact same 'less capable' tech instead of 'upgrade',new,modern,bigger satellite,

because its a 'backup' so it should be exactly same,

and when they say 'upgrade',then these 'backup' satellites again gonna be replaced with 'upgrades',

and every satellite gonna get 2 replacements one is 'backup' and other is 'upgrade',

just waiting on the ground because they are not for launching, :laugh:

gonna require bigger space here, :laugh:

and isro gonna require lots of free time and few more launch ports, :laugh:

'backup' and 'upgrade' is same thing.
My dear friend, these are satellites, not a car. You could always programe them. Now IRNSS system is a cluster of 7 satellites, what objective do you think it would serve to use 11 instead? Just one of the excerpt from the link which I posted earlier. "ISRO is developing a satellite based navigation system, called Indian Regional Navigation Satellite System (IRNSS), with a constellation of 7 satellites and complementary ground infrastructure. Four spare satellites are also planned."

Now here they have used the term spare. Now why would you want to launch a spare satellite if your existing system is working well? IRNSS could surely be upgraded to act as a global platform from the regional one now. And maybe they could use these 4 spare as a working ones at that time, but as of now, AFAIK they are not going to launch the spare satellites along with working ones, as it is not going to serve the purpose of these spare then.

@Indx TechStyle till now I've not seen any such article coming through in public. Its well known fact that after GPS, GLONASS and BeiDou success, ISRO and India would not sit idle. We could have a global navigation system sooner or later. But I believe ISRO would right now work towards the fine tuning and perfection of IRNSS before launching any global aspire.
 

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@Indx TechStyle till now I've not seen any such article coming through in public.
I was also searching for the article but didn't got it. But I'm not lying. That guy was from SAC(Space Application Centre) who told this.
I think ISRo will be doing in it long term so no such article released.
 

Chinmoy

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I was also searching for the article but didn't got it. But I'm not lying. That guy was from SAC(Space Application Centre) who told this.
I think ISRo will be doing in it long term so no such article released.
I too think so. Till now operation of ISRO has been bit different from other governmental organizations :)
 

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The 2,000kN semi-cryo can be used for the Heavy Launch Vehicle (HLV) project, no doubt. Perhaps for RLV booster stage as well (I think it was mentioned in an infographic somewhere).

An excerpt from the book "Fishing Hamlet to Red Planet - India's Space Journey" by P.V. Manoranjan Rao.



Thanks to ohsin at the NASA Spaceflight Forum.

I think after this, we could begin scaling this engine upto 3,000-4,000kN for even heavier launchers according to future requirements. This will be in line with what CNES is doing with the Snecma-made cryos.

Heavy Lift Launcher - Vikram Sarabhai Space Centre
 

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Space parks to lift ISRO run rate

To engage domestic firms in launch vehicles — from integrating sub-systems to assembling and launching the PSLV.
Two space industry enclaves or “parks” that have been conceived — one for launchers at Sriharikota and a smaller one at an existing Bengaluru spacecraft campus — signal increased privatisation of the nation’s space programme over the next five years.

For now, the facilities will be “captive” to drive the future missions of the Indian Space Research Organisation.

First, ISRO wants to groom and engage domestic industry in the launch vehicles area from integrating sub-systems up to assembling, and even launching the PSLV.

This well-established rocket has put Indian and foreign satellites of up to 1,600 kg into space.

ISRO Chairman and Secretary, Department of Space, A.S. Kiran Kumar, told The Hindu:“Internal discussions have just started on the mechanism of forming a (launch vehicle) consortium. A few key industry players working in the space programme have been sounded.”

Eventually the future consortium will be fully responsible for building and launching the light-lift PSLV rocket.

Currently industries such as Hindustan Aeronautics Ltd, Godrej & Boyce, Larsen & Toubro, MTAR and Walchandnagar Industries produce 80 per cent of the launch vehicle parts and sub-units.

These production works are scattered across their respective locations. The launch industry initiative must be close to ISRO’s launch complex, the Satish Dhawan Space Centre, at the 145-sq km Sriharikota range, on the lines of the launch complex of Europe’s Arianespace in French Guiana, Mr. Kiran Kumar told The Hindu.

Satellite support

On the spacecraft front, ISRO plans to increasingly support small and mid-sized industries at its 10-year-old second spacecraft complex, the 100-acre ISITE, at Marathahalli in Bengaluru.

ISITE, short for ISRO Satellite Integration & Test Establishment, is already open to a few suppliers who assemble and test their spacecraft systems for the ISRO. In the coming years, more satellites will be needed for replacing the ageing ones in orbit and new advanced communication, Earth observation and navigation spacecraft.

Mr. Kiran Kumar said, "ISRO plans to ramp up the frequency of satellite launches. In the last two years we did up to five launches [of both PSLV and GSLV rockets] in a year. The plan is to double this in two years and take it to about 16 over the next four years. Industry’s present capacity is unable to meet our increasing launch frequency, for both internal and commercial satellites. We expect a private-public industry consortium initiative to improve industry's capacity and our frequency."

SHAR is also putting up a second Vehicle Asssembly Bay to improve the pace of building launchers. In the coming years more satellites would be needed for replacing the ageing ones in orbit and new advanced communication, Earth observation and navigation spacecraft; and launchers, too. ISRO also hopes to build satellites for international operators.
 

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Second Vehicle Assembly Building being realized by ISRO

SVAB is being realised as an additional integration facility with suitable interfacing to second launch pad, it said. (Representative Image)
BENGALURU: ISRO's Second Vehicle Assembly Building (SVAB) is being realised as an additional integration facility, with suitable interfacing to a second launch pad at Sriharikota, even as the space agency plans to increase its launch frequency to more than 12 missions per year.

Five launches per year have been achieved during the last two years and it is targeted to increase the launch frequency to eight missions in the immediate future and more than 12 missions per year subsequently, Indian Space Research Organisation (ISRO) said today.

Towards meeting these future targets,SVAB is being realised as an additional integration facility with suitable interfacing to second launch pad, it said.

Necessary augmentations are planned in Solid Motor production and other launch base infrastructure, it added.

With the successful lift-off of the PSLV-C29 launch vehicle carrying six Singapore satellites on December 16, 2015 from the first Launch Pad at Satish Dhawan Space Centre ( SDSC), SHAR;ISRO marked a history as it completed 50 launches from the spaceport.

Out of 50 launches from Sriharikota, 32 were Polar Satellite Launch Vehicle (PSLV), nine are Geo-synchronous Satellite Launch Vehicle (GSLV), four Satellite Launch Vehicle (SLV), four Augmented Satellite Launch Vehicle (ASLV) and one GSLV MkIII-X.

Stating that the journey started with the realisation of facilities for integration and launch of the first Satellite Launch Vehicle SLV-3, ISRO said initially independent launch pads were realised for the first generation launch vehicles of SLV-3 and ASLV.

Subsequently, two versatile launch pads, namely First Launch Pad and Second Launch Pad were realised and both have provisions to integrate and launch the present operational vehicles of PSLV and GSLV.

The Second Launch Pad is augmented to meet requirements of integration and launch of next generation launch vehicle GSLV MkIII.

In parallel, facilities have been established for production of Solid Motors required for all launch vehicles of ISRO, the space agency added.

Out of 50 launches from Sriharikota, 43 were successful and seven were unsuccessful, including the first launch SLV-3 E1 on August 10, 1979.[/B]
 

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Geo-Spatial Technology for Swachh Bharat Abhiyaan
A novel initiative to contribute in the Swachh Bharat Abhiyaan using the Geo-spatial Technology (GST) was taken up jointly by the central Government institutions in Dehradun. This initiative was supported by Nagar Nigam, Dehradun (local authorities). Indian Institute of Remote Sensing (IIRS), a Unit of ISRO, coordinated this programme in collaboration with the following institutions:

  • Anthropological Survey of India
  • Archaeological Survey of India
  • Botanical Survey of India
  • Defence Electronics Application Laboratory (DEAL), DRDO
  • Indian Institute of Petroleum
  • Indian Institute of Soil & Water Conservation
  • Instruments Research & Development Establishment (IRDE), DRDO
  • Wadia Institute of Himalayan Geology
  • Wildlife Institute of India
  • Zoological Survey of India


Geo-spatial Technology (GST)

Geo-spatial technology (GST) includes a suite of three technologies: 1) Global Navigation Satellite System (GNSS), or more popularly, Global Positioning System (GPS) which provides geographic location or positions of specific points on the Earth 2) Space-borne satellite images which provide pictorial description of the point in the context of neighborhood locations 3) Geographical Information System (GIS) which integrates these two along with many other information layers like road and infrastructure, topography, land use, soil, geology, etc., and also allows people to generate and use maps required to manage our resources for the benefit of common man. Today, GST is being used as a working platform for realising e-governance with a large number of applications from natural resources mapping and monitoring to infrastructure and development planning, meteorology, disaster management support, to name a few.

With the availability of GPS data through smart phones at affordable cost, better governance and providing location based services to the public has become feasible. Application of GST in Swachh Bharat Abhiyaan has been attempted for the first time by IIRS, Dehradun.



Methodology

The reconnaissance survey using India's GPS-Aided Geo-Augmented Navigation (GAGAN) receiver was carried out to precisely locate the authorised and unauthorised garbage dumping sites covering five main routes in Dehradun city. The road network connected to the dumping sites was also mapped for route planning. Geo-tagging of all the participating government institutes were also done. GIS techniques such as geo-fencing (buffering), geo-spatial analysis (spatial and attribute queries), etc., were used to develop an optimum implementation plan. A map was prepared representing geo-fencing of each institute considering time constraints and resource allocation. Each route was supported with respective teams of both IIRS and collaborative institutes (471 volunteers and 43 Nagar Nigam personnel) to impliment the proposed activity. Real-time monitoring and support was provided to the overall activity from IIRS control room.

Twenty two garbage dumping sites and roadsides were cleaned within a span of 3 hours. Around 45 m3 (approximately 10 ton) of garbage was collected and disposed during this entire exercise. The details of this event are available atwww.iirs.gov.in/SBA.html.



Mapping and monitoring of Garbage sites through Crowd sourcing

One of the unique results of this novel multi-institutional initiative is the conceptualisation of crowd sourcing tool to identify, map and monitor the dumping sites. A Swachh Bharat Mobile Application (beta version) is being developed by IIRS in collaboration with Indian Institute of Technology (BHU), Varanasi which will allow any user to install the mobile app in their smart phones and send the garbage site geo-tagged information to the Nagar Nigam server (if available) for further action. Thus crowd sourcing for Swachh Bharat will be soon realised and implemented with the help of Academic Institutions as a regular exercise for the cleanliness of the city.



 

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ANU to team up with ISRO to design multiple object tracking software
Acharya Nagarjuna University will team up with Satish Dhawan Space Centre- Indian Space Research Organisation (SDSC-ISRO) to develop a multiple object tracking software (MOTR) with functions ranging from missile tracking in defence to tracking of flight paths in airports.

The ANU has entered into a Memorandum of Understanding (MoU) with SDSC-SHAR to design the MOTR and it is the first university in the country to have a tie-up with SDSC-SHAR in designing indigenous radars. India is the fourth nation in the world, after the US, Japan and Germany to design MOTR, Principal, University College of Engineering, P. Siddhaih said.

He said that the ANU has been granted the project estimated to cost Rs.30 lakh with which it would provide high frequency structural simulator software.

“The software can also be used in tracking of submarine and satellite launching. We are using the Electron Beam Steering Technique for tracking of objects,’’ Dr. Siddhaiah told The Hindu on Monday.

The ANU would also collaborate with ISRO to implement high gain antennas and a radar system which would be simulated with the help of high-end work stations, Dr. Siddhaih added.

The electron beam steering would ensure that the antenna could be moved by electron beams.

Appreciating the efforts of Dr. Siddhaih in bagging the prestigious project, ANU Vice-Chancellor V.S.S. Kumar said that the university would extend its support to all research activities in science and technology.


University engineering college principal P. Siddhaih says the software can also be used in tracking of submarine and satellite launching
 

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