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ISRO Announces Plans to Launch a Record 68 Satellites in One Mission

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Bengaluru: The Indian Space Research Organisation (ISRO) is planning to launch a record 68 satellites in one mission by early next year, it announced yesterday.

“There are many launches. There is one particular launch we are planning about 68 satellites, that’s also there, that is yet to be finalised,” Rakesh Sasibhushan, chairman and managing director of Antrix told reporters in response to a question on the line up.

Antrix is the commercial arm of ISRO.

According to officials, if everything goes well, the launch may take place in another six to seven months and “the satellites will be nano in nature from foreign countries.”

Setting a record in its space programme, ISRO successfully launched 20 satellites in June this year – including its earth observation Cartosat-2 series. It launched all the satellites in a single mission on board ISRO’s workhorse PSLV-C34 from the spaceport in Sriharkota, Andhra Pradesh.

The space agency earlier sent 10 satellites into orbit in a single mission in 2008.

Certain sections of the US have expressed concern regarding ISRO’s launches since the organisation is subsidised by the Indian government. Sasibhushan responded to these concerns saying, “our competitiveness will give answer for this.”

“All launches are subsidised, it is not that we are subsidising or somebody else is subsidising. These government subsidies in the form of R and D (research and development) investment comes in all launch programmes, now some private industries have come up who have started questioning, let them question,” he said.

“We have our own programme, we are competing with the world, we will try to be more competitive and probably that will provide the answer,” he added.

Rakesh said small satellites are going to become a large market and it can be exploited by Indian industries.

“ISRO can play a technology provider’s role there. We would like to get this across to as many industries as possible to see that tomorrow the country is benefited by this.”
source- http://thewire.in/63155/isro-announces-plans-to-launch-a-record-68-satellites-in-one-mission/
Next year, Indian Space Research Organisation (ISRO) may be beating its own record and sending 68 tiny satellites of a single customer into space on one rocket.

Its previous best was 20 on June 22 and the world’s best multi-satellite launch to date is 32.

"We have many [upcoming commercial] launches. One particular launch we are planning with 68 nano satellites is yet to be finalised," said Rakesh Sashibhushan, Chairman and Managing Director of Antrix Corporation Ltd., in response to queries about future launch orders for the PSLV.

The 68 can be packed into smaller bundles each carrying four or more satellites - as was done for one customer in June. They will be tucked into spare spaces available on the launcher. ISRO may send them up along with a primary foreign satellite.

Antrix, as ISRO's commercial outfit, markets the PSLV internationally and has so far put 74 small, medium and solo spacecraft in orbit for over 20 customers since the late 1990s. The global launch services market is around $ 16 billion, he said.
source- http://www.thehindu.com/news/cities...te-single-launch-next-year/article9055622.ece
 
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ISRO%252520INDIAS%252520MARS%252520MISSION%252520FUNNY%252520MEMES%252520COLLECTION%252520hs.jpg
 
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I so want the EM Drive in one of these micro packs. So excited about the EM Drive, ISRO should totally get on it like Chinese Space Agency has done.
 
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It seems impossible but can not say anything about ISRO. These bloody people can do anything.
 
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most likely someone twisting this news :


It's possible bcz 68 nano/micro satellites in LEO with lifetime of 60-120-180 days and having specific military functions

The military requirements for space utilization can be considered to be:
  • Communication
  • High resolution imagery (satellite constellation to provide frequent revisit data over regions of interest in normal circumstances; and rapid revisits and over theatre of interest for operations planning during times of conflict)
  • Navigation (target location and guiding weapon systems)
  • Meteorological data over region of interest
  • Signal intelligence (detecting communication, radar emissions and broadcasting signals)
  • Early warning

Its part of a new doctrine of ours where in times of a potential conflict , within the threat perception period prior to the onset of the conflict, nano satellites will be launched at one go and for getting them cover all our country and hostile territory as well. This is the usage of different level of information system collected from real time monitoring and filtering them in our C4I setup

The following figure should help in understanding it better
upload_2016-9-10_15-41-37.png


Its not new really. Look at some other countries
upload_2016-9-10_15-43-53.png


So this is not a new technology but rather a formal declaration if they do attempt such a launch about our growing utilization for space assets for future conflict zones involving our country

With LEO, payload at ~ 3800kgs, at ~ 50kg per nano/micro satellite you get an average 76 satellites give and take. So 68 is definitely achievable.

@MilSpec @Armani @Abingdonboy @anant_s @Vergennes @SpArK @nair @AUSTERLITZ @gslv mk3 @Ankit Kumar 002 @Spectre @scorpionx @GuardianRED @R!CK @hellfire @others
 
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It's possible bcz 68 nano/micro satellites in LEO with lifetime of 60-120-180 days and having specific military functions

The military requirements for space utilization can be considered to be:



    • Communication
    • High resolution imagery (satellite constellation to provide frequent revisit data over regions of interest in normal circumstances; and rapid revisits and over theatre of interest for operations planning during times of conflict)
    • Navigation (target location and guiding weapon systems)
    • Meteorological data over region of interest
    • Signal intelligence (detecting communication, radar emissions and broadcasting signals)
    • Early warning
Its part of a new doctrine of ours where in times of a potential conflict , within the threat perception period prior to the onset of the conflict, nano satellites will be launched at one go and for getting them cover all our country and hostile territory as well. This is the usage of different level of information system collected from real time monitoring and filtering them in our C4I setup

The following figure should help in understanding it better
View attachment 333138

Its not new really. Look at some other countries
View attachment 333142

So this is not a new technology but rather a formal declaration if they do attempt such a launch about our growing utilization for space assets for future conflict zones involving our country

With LEO, payload at ~ 3800kgs, at ~ 50kg per nano/micro satellite you get an average 76 satellites give and take. So 68 is definitely achievable.

@MilSpec @Armani @Abingdonboy @anant_s @Vergennes @SpArK @nair @AUSTERLITZ @gslv mk3 @Ankit Kumar 002 @Spectre @scorpionx @GuardianRED @R!CK @hellfire @others
Icing on the cake would be launching them from a road mobile launcher (Agni 5 etc) so that IF ASAT weapon is used, an asset can be replaced quickly.
 
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Maybe its both, all those 68 foreign satellites are going to be launched all at once :enjoy:
 
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@PARIKRAMA

As usual the CHinese are ahead of us

http://aviationweek.com/space/china-testing-mobile-space-launcher

A truck-mobile small-satellite launcher has been tested twice by China Aerospace Science & Industry Corp. (Casic), according to a company representative. The new FT-1 has been designed alongside a small satellite platform as a “space emergency response system” and was unveiled in model form at the China Airshow this week.
Designated FT-1, the launcher has three solid-fuel stages and a restartable liquid-fuel upper stage which allows one rocket to launch several smallsats if the user requires it. It can loft 300 kg (660 lbs.) into an equatorial orbit and 250 kg into a sun-synchronous orbit. The complete vehicle measures about 20 m (65 ft.) long and is carried on an extended-length semi-trailer with full-length upper doors.

Casic does not acknowledge any military uses of the system or any connection with the Chinese DF-31 or DF-41 mobile intercontinental missiles (which are different in that they are transported and launched from tube containers). The company says that mobility allows the integration and launch sites to be separate. The system is still looking for an operational customer.
 
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Icing on the cake would be launching them from a road mobile launcher (Agni 5 etc) so that IF ASAT weapon is used, an asset can be replaced quickly.
ASAT will be used for satellites which are of strategic importance. You wont like to use an ASAT for micro or nano satellites.. Yes may be higher orbit communication satellites or high level of Military Recon ones can be targeted.

For such a quick replacement it has to be GSLV as PSLV payload will provide constraints for such launches unless the payload fits in easily.

@PARIKRAMA

As usual the CHinese are ahead of us

http://aviationweek.com/space/china-testing-mobile-space-launcher

A truck-mobile small-satellite launcher has been tested twice by China Aerospace Science & Industry Corp. (Casic), according to a company representative. The new FT-1 has been designed alongside a small satellite platform as a “space emergency response system” and was unveiled in model form at the China Airshow this week.
Designated FT-1, the launcher has three solid-fuel stages and a restartable liquid-fuel upper stage which allows one rocket to launch several smallsats if the user requires it. It can loft 300 kg (660 lbs.) into an equatorial orbit and 250 kg into a sun-synchronous orbit. The complete vehicle measures about 20 m (65 ft.) long and is carried on an extended-length semi-trailer with full-length upper doors.

Casic does not acknowledge any military uses of the system or any connection with the Chinese DF-31 or DF-41 mobile intercontinental missiles (which are different in that they are transported and launched from tube containers). The company says that mobility allows the integration and launch sites to be separate. The system is still looking for an operational customer.
Thats true. IF you look at the table i posted in 2000 they already had a micro satellite. so they are ahead of us by 15 years .

We should see some more spin offs for such military satellite launches separately with Indian Space services as and when it gets formed under a CDS. I am sure few of the launch vehicles at stand by and secured from locations outside ISRO controlled ones will be mapped and incorporated. Possibly a mobile launcher from rails or trucks is a strong possibility. or from a silo.
 
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It's possible bcz 68 nano/micro satellites in LEO with lifetime of 60-120-180 days and having specific military functions

The military requirements for space utilization can be considered to be:



    • Communication
    • High resolution imagery (satellite constellation to provide frequent revisit data over regions of interest in normal circumstances; and rapid revisits and over theatre of interest for operations planning during times of conflict)
    • Navigation (target location and guiding weapon systems)
    • Meteorological data over region of interest
    • Signal intelligence (detecting communication, radar emissions and broadcasting signals)
    • Early warning
Its part of a new doctrine of ours where in times of a potential conflict , within the threat perception period prior to the onset of the conflict, nano satellites will be launched at one go and for getting them cover all our country and hostile territory as well. This is the usage of different level of information system collected from real time monitoring and filtering them in our C4I setup

The following figure should help in understanding it better
View attachment 333138

Its not new really. Look at some other countries
View attachment 333142

So this is not a new technology but rather a formal declaration if they do attempt such a launch about our growing utilization for space assets for future conflict zones involving our country

With LEO, payload at ~ 3800kgs, at ~ 50kg per nano/micro satellite you get an average 76 satellites give and take. So 68 is definitely achievable.

@MilSpec @Armani @Abingdonboy @anant_s @Vergennes @SpArK @nair @AUSTERLITZ @gslv mk3 @Ankit Kumar 002 @Spectre @scorpionx @GuardianRED @R!CK @hellfire @others

An excerpt from Prasun K. Sengupta's blog - this was posted just yesterday in a reply to Gessler about some other matter.

" A similar revolution is now taking place in the field of nano-satellites. Imagine one of ISRO's launchers being able to deploy a cluster of 20 to 30 satellites into low-earth orbit with a lifespan of no more than 60 days & equipped with miniature SAR sensors (like that on the Polaris/RISAT-2) & 4-G comms data-relay uplink/downlink during hostilities. The Israelis & Indians have done & are doing some pioneering R & D work in such areas. "

https://www.blogger.com/comment.g?blogID=3545138702780178046&postID=3789181605656779357
 
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