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Indian Space Capabilities

by Staff Writers
Evry, France (SPX) Jul 23, 2009

Avanti Communications Group plc, has chosen Arianespace to launch the HYLAS telecommunications satellite. This new contract is the 11th signed by Arianespace with the major satellite operators.

The launch of the HYLAS satellite is planned for the first semester of 2010, using an Ariane 5 or Soyuz launcher from the Guiana Space Center, Europe's Spaceport in French Guiana.

HYLAS is the first satellite entrusted to Arianespace by Avanti Communications, the new European satellite operator. Avanti Communications is Arianespace's 31st new customer.

HYLAS has been built by the industrial consortium grouping EADS Astrium and ISRO (Indian Space Research Organization) using an ISRO I-2K platform. Positioned at 33.5 degrees West, this powerful Ka band satellite will be Europe's first superfast broadband satellite, serving customers all over Europe.

The satellite will weigh about 2,750 kg at launch, and has a design life exceeding 15 years.

"We have chosen Arianespace for the launch of HYLAS as they have demonstrated the right combination of reliability, value and performance," said David Williams, Chief Executive of Avanti Communications Group plc.

"Their track record is the best guarantee of success. HYLAS, once in orbit will begin a new era in broadband services for the people of Europe and so a reliable and successful launch is of huge importance."

Commenting on this latest contract, Arianespace Chairman and CEO Jean-Yves Le Gall said: "Arianespace is proud of this opportunity to serve a new satellite operator and I would like to thank Avanti Communications for its choice.

"This new contract, the 11th signed in 2009 and the 2nd in the United Kingdom, is clear recognition of the quality and competiveness of our launch Service and Solutions offer."
 

Tuesday, July 28, 2009

Bangalore (IANS): India's first lunar mission Chandrayaan-1 has captured the shadow of the moon on the earth's surface during the July 22 total solar eclipse, an Indian space agency official said on Tuesday.

The images were captured by the special terrain mapping camera (TMC) on board the spacecraft.

"Chandrayaan tracked the movement of shadow of the moon on the earth's surface during the total solar eclipse. The high resolution images shot by the TMC from 7.45 am shows the moon's shadow spreading from north-eastern China to northern parts of Australia," Indian Space Research Organisation (ISRO) Director S. Satish told IANS here.

The dark shadow of the umbra region can be clearly seen in the series of images the space agency has released after they were received at ISRO's deep space network (DSN) at Baylalu, about 40 km from this tech hub.

"The digital images were processed and scanned at our space applications centre in Ahmedabad and telemetry, tracking and command network (Istrac) in Bangalore. The capturing of the celestial event confirms that the spacecraft is satisfactorily orbiting the moon at 200 km with all its payloads," Mr. Satish said.

The nine-month-old mooncraft suffered a setback in April-May when its star sensor malfunctioned and it lost orientation due to excessive radiation of the sun when it was orbiting at 100 km above the lunar surface.

ISRO scientists overcame the disorientation by using antenna-pointing mechanism and gyroscope on board the spacecraft, which is orbiting around the moon at a height of 200 km.

The Hindu News Update Service







 
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July 29th, 2009 - 9:15 pm ICT by IANS

Bangalore, July 29 (IANS) The Indian Space Research Organisation (ISRO) has partnered with Ahmedabad-based Scanpoint Geomatics Ltd to develop an integrated geographic information system and image processing software (IGiS) to analyse satellite pictures and data.
The low-cost software is an indigenous seamless geomatics application for geographical information system (GIS), image processing and its integration with the real-time information using the global positioning system (GPS).

“It is the first indigenous software which integrates satellite images with information. We have demonstrated our capability to develop IGiS in a niche area for our use, which is the need of the hour,” ISRO chairman G. Madhavan Nair said while launching the software product here.

The unique software can be used to scan, process and study the images and spatial data relayed by the space agency’s communication and remote-sensing satellites in the polar and geo-synchronous orbits.

“Our Insat and remote sensing satellites transmit digital images to earth stations containing spatial data for drought or flood monitoring, forestry, fisheries and agriculture activity. Demand for data from satellites and usage have multiplied. We need more transponders, train skilled manpower and infrastructure to meet the country’s requirements,” Nair said.

The bug-free, versatile and easy-to-use enterprise software (version 1.0) has been tested at the ISRO centre by space scientists and geo-informatics experts along with Scanpoint engineers.

“All analytical features come as standard with the software. A suite of tools are provided to customise the product for image processing, terrain analysis, 3D modelling, ICR (intelligent character reading), decision support and uncertainty management,” Scanpoint director A.R. Dasgupta said.

Priced at Rs.1.2 million, the proprietary software can be used under licence for defence, telecom, transportation, infrastructure, urban planning, resource exploration, forestry, agriculture, environment, energy, disaster management and healthcare.
 
Correspondent
Wednesday, July 29th, 2009 AT 9:07 PM

BENGALURU: India will be able to launch smaller satellites for United States into space by indigenously developed rockets at one third of the cost charged by American firms. This is one of the significant feature of the space agreement signed with the US during Secretary of State Hillary Clinton's recent visit to Delhi.

"Space cooperation with the US has been the agenda of the government. The pact will enable US made satellites or with components of US to be launched from India," Indian Space Research Organisation Chairman Madhavan Nair said on wednesday.

Nair said the technolgy safeguards agreement with the US will be followed by a commercial space launch agreement later this year.

"We will be able to launch heavy satellites on a case to case basis" Nair said.

ISRO offers satellite launching services for global customers at cost-effective price.

"We will have more opportunities to get foreign satellites for launch from India. Prior to the agreement, users had to wait for clearance for every case," said Nair.

India expects to bring down the cost of sending a satellite to space by half through its heavier rocket GSLV-MKIII, which will be ready by 2010.

Nair was speaking at a launch of an indigenous GIS mapping software by Scanpoint Geomatics Ltd, a Ahmedabad based firm, which offers software at half of the cost of imported software.

" This agreement will smoothen the arrangement .We will enter into commercial agreements with users. It will be on mutuallly agreeable commercial terms" Nair said.

On the country's first unmanned moon mission Chandrayaan, which suffered a glitch, Nair said space scientists would hold a review in September.

He said the mission was carrying on with normal experiments and was not crippled.

One of the critical sensors had been damaged which could curtail the mission's lifespan.
 
The Hindu Business Line : US pact not yet a launchpad for ISRO

The Technology Safeguards Agreement (TSA) that the Department of Space has signed with the US is a small comforting step, but does not yet fully or readily allow India to tap the global launch services market, according to several well-informed sources that Business Line spoke to.

The TSA technically opens the gates to Indian launch of only non-commercial satellites made in the US or having US components.

One beneficiary would be the Indo-French meteorology satellite, Megha-Tropiques, with such components. Due in 2010, it may not need to seek US clearance.

The real piece of cake would be if – or when – the two countries sign the CSLA (Commercial Space Launches Agreement); it is also being discussed since 2005 and could clear the way for bigger and lucrative deals, according to Mr A. Bhaskaranarayana, ISRO’s Scientific Secretary and Director, SatCom Programme, who signed the agreement last week.

‘One irritant gone’


The TSA, he said, should smoothen the way for governments and universities to look at ISRO to launch small experimental satellites. “It removes the US restriction on only non-commercial launches. Certainly, one irritant is gone, one more [the CSLA] yet to be resolved,” Mr Bhaskaranarayana said.

While the Vikram Sarabhai Space Centre, the Liquid Propulsion Systems Centre and launch port Satish Dhawan Space Centre at Sriharikota remain blacklisted by the US as ‘entities’, the TSA’s benefits are anyone’s guess. Asked about this, the ISRO Chairman, Mr G. Madhavan Nair, said on Wednesday, “it’s a process which goes on [for removing them.]”


The pact limits ISRO to some of the 25-30 small satellites that are said to be coming up. Since 1999, when the PSLV rocket entered the low-orbit market at 30-40 per cent price difference over the West, ISRO has been content with lifting micro and nano satellites of sub-100 kg as co-passengers. It has serviced 16 such minor payloads. Now the higher-orbit GSLV is also in the market, but for the US curbs.

The small contracts ISRO got reportedly felt the heat of US export control checks - against critical US components getting into `dual-use' or missile programmes. The operator of the Italian satellite `Agile' that went on a PSLV in 2007 reportedly got the clearances as a one-off. At least one contract was reportedly lost for the same reason.

Mr K. R. Sridhara Murthi, Executive Director of ISRO's business arm, Antrix Corporation, said, "[The pact] won't suddenly change our business. Third parties can now come to us for a launch with less uncertainty and more comfort. They do not have to wait for US export control clearance."

Last year, launch services formed around 12 per cent of the Rs 940-crore turnover of Antrix. "We were not too much worried about this agreement," Mr Murthi said. "It's still early days. The other factor is our capacity to cater to them against internal market needs."

The TSA comes at a time when ISRO is scaling up towards Moon and Mars missions, human flights and reusable vehicles and needs to test new technology platforms.

A launch market does exist for ISRO as majors Arianespace, Boeing, Lockheed Martin - with five times bigger capacities to lift 10-12 tonnes - are seen to be too big or busy for lesser payloads.

A satellite uses thousands of components such as sensors, gyroscopes, memory chips and integrated circuits. US components are 20-40 per cent cheaper than those from Europe. One refrain is: "It is difficult to find satellites without US components."
 
Hey guys what happened to the isro's bhuvan project. Any update on that.
 
Latest images of moon surface sent by Chandrayaan-I



Image depicting the details of Leibniz crater on the Moon as seen by TMC of Chandrayaan-1 on July 20, 2009



Image showing craters of different sizes on the Moon as seen by TMC of Chandrayaan-1 on July 20, 2009



Finer details of Dryden crater on the Moon as seen by TMC of Chandrayaan-1 on July 18, 2009



Image of a crater on the rim of another one on the Moon as seen by TMC of Chandrayaan-1 on July 17, 2009



Details of Chaffee crater on the lunar surface as seen by Chandrayaan-1 on July 17, 2009
 
PTI
New Delhi, August 2, 2009

Taking a big leap in its technological quest, IIT Kanpur has developed a nanosatellite which is expected to provide real-time data on drought, flood, vegetation and forestation.

The satellite, designed and developed by a group of students of the institute, will be handed over to ISRO, which is expected to launch it by the end of the year.

"This satellite will have specific function of sending imagery on ground conditions. We will set up a tracking station in our institute where we will get the real-time data on drought, flood, vegetation and forestation," IIT Kanpur Director Prof S.G. Dhande said.

The satellite, costing Rs 2.5 crore, has been developed by a team of students led by Santanu Agrawal, an M.Phil student.

The nanosatellite, which will be named 'Jugnu', will have a mass of less than 10 kg. It will piggyback on larger launches, avoiding the need for a dedicated launch.

"There will be no dedicated launch of this satellite. These kinds of satellites are launched from the belly of large satellites," Dhande said.
 
Asia Times Online :: South Asia news, business and economy from India and Pakistan

New rules for India's space program are now in effect with respect to India's access to United States space technology and components - thanks to a Technology Safeguards Agreement (TSA) signed on July 20 by US Secretary of State Hillary Clinton and India's Foreign Minister S M Krishna.

However, many are misreading the full scope and impact of this TSA. Yes, the Indian Space Research Organization (ISRO) is now considerably closer to launching US commercial satellites - as well as European commercial satellites with US components - but ISRO still has a long way to go.

According to a US State Department's Directorate of Defense Trade Controls (DDTC) notice last month entitled, "Licensing



Satellite Components for Launch from India," this new TSA, "effectively changes US Government policy to permit the launch of civil or non-commercial satellites containing US ITAR [International Traffic In Arms]-controlled components on Indian space launch vehicles.

"For the purposes of this policy, 'civil or non-commercial satellites' does not include commercial satellites [communications or otherwise]. Commercial satellites will continue to be subject to a presumption of denial," the DDTC notice stated.

"Presumption of denial" simply means go ahead and submit a license application for export of a commercial satellite with ITAR content, but do not hold your breath because without a high priority US foreign policy interest - ie, extraordinary circumstances - this application is dead on arrival.

"The export from the US of ITAR parts and components to India for incorporation by India into an Indian space vehicle was permitted prior to execution of the TSA," said John Ordway, a partner at Berliner, Corcoran and Rowe, LLP in Washington, DC.

"If misunderstandings were to arise in the DDTC licensing process following execution of the TSA, they would probably arise over what is civil or non-commercial use of a satellite."

An attempt to clarify matters with Anthony Dearth, the DDTC's chief of the Space and Missile Technology Division, was unsuccessful.

"The TSA will ensure monitoring by the US side against any diversion or misuse of equipment or technology," said Rajeswari Rajagopalan, senior fellow in security studies at the New Delhi-based Observer Research Foundation.

"Negotiations on a possible Indo-US TSA have been underway for the last few years. The US has been insisting on restrictive movement of the payload, constant overseeing and monitoring by the US, and solid firewalls separating civil and military payloads. However, the current agreement is [identical] with what the US has with other countries, [and] is essentially driven by US laws. India did not have much maneuverability in negotiating the details."

According to Rajagopalan, even with this TSA, the profitable market for the launch of US commercial satellites or even third-country commercial satellites with US components remains off limits to India until a separate Commercial Space Launch Agreement (CSLA) is signed. Negotiations continue, but serious differences are not being successfully resolved.

"US communications satellites are part of the US Munitions List [USML], and a separate certification from the US State Department will be required to enable ISRO to launch [them]. The CSLA is still insufficient for some purposes because there is another layer of clearance and certification required," said Rajagopalan.

As David Karl observed in his recent Asia Times Online commentary, "The Clinton trip underscored how the secretary has taken ownership of the India portfolio in the Barack Obama administration, filling an important void at the top levels of the US government that has existed for several years." (See Clinton's India visit a low-key success Asia Times Online, August 5, 2009.)
However, regardless of who owns the India portfolio, many US space companies want the US State Department to be replaced by the US Commerce Department, as they view the latter as more supportive when it comes to commercial satellite exports. These companies also want many existing rules revised if not eliminated entirely, including the removal of commercial satellites from the USML, a measure which is now under consideration by the US Senate after being recently approved by the US House of Representatives.

The new TSA, "represents positive progress in reversing the US's obsolete, arrogant, and counterproductive export control regime. However, much remains to be done, particularly in regard to re-evaluating the classification of space hardware in the context of an overall review of the USML," said Mike Gold, the director of Nevada-based Bigelow Aerospace's Washington DC office and chair of the US Federal Aviation Administration's Export Controls Working Group under the Commercial Space Transportation Advisory Committee. [1]

However, while India would benefit immensely from this regulatory change, the current legislation on Capitol Hill would still prevent any changes to the USML affecting China.

"Although I understand the politics of the situation, I question the policy of isolation that we are practicing vis-a-vis China, and believe, if nothing else, we need to have a robust discussion as to if this policy is really helping us to achieve our legitimate foreign policy goals," said Gold.

"The legislation does not provide for an ongoing review of the USML or establishing a standing entity to conduct such work. Technology is not static, and, after five years, we will find ourselves with the same problems in terms of the obsolescence of the USML that we are facing today. We must provide for an ongoing review process. Technology will not stop changing, and therefore any finite attempt to review and revise a list like the USML is destined to fail."

Regardless of what happens to the USML, the US government is being constantly pushed and pulled in various directions by different departments which tend to disagree more often than agree on which is the best approach to take in South Asia.

"There has always been internal bickering between various governmental departments - the departments of Defense, Commerce, State, Energy and the National Security Agency - along with big defense [contractors]," said Rajagopalan. "In fact, the Pentagon maintained that the State Department still had a Cold War approach as it relates to its policies to South Asia. On the other hand, the State Department often argued that any arms transfers to India would adversely impact the military balance of the region. Cooperation on space technology could potentially create similar concerns."

According to Sourabh Gupta, senior research associate at Washington, DC-based Samuels International Associates Inc, readers should not underestimate the significance of what took place on July 20.

"Clearly the exchanges between the two countries, rather than the TSA itself, is the more significant factor. The TSA is just an umbrella arrangement that simply opens the door to a host of more specific, contentious but rewarding arrangements," said Gupta. "The exchanges [in the] meantime help build a culture of trust that's value exceeds any one agreement - and can in fact be leveraged across the spectrum of bilateral relations."

"Getting beyond the technology denial regime, imposed by the West ever since [India's] nuclear test in 1974, has been a touchstone of Indian governments ever since - and not merely for enhancing technological competencies," added Gupta.

For one of Ordway's clients based in the United Kingdom, the TSA opens the door to an enticing possibility.

"It means that my UK client that builds remote-sensing satellites that contain ITAR content now can apply for a license from the US State Department to 're-export' such satellites to India for launch on ISRO launch vehicles - again, if the remote-sensing satellites are for civil or non-commercial uses," said Ordway.

"On the other hand, the TSA and DDTC's implementation of the TSA would not permit the launch on an ISRO launch vehicle of a commercial non-US remote-imaging satellite that contains ITAR content."

Besides ISRO, beneficiaries of the TSA might also include any foreign universities that build very small, so-called "pico" satellites with ITAR content, although this is a rare event indeed it would provide an alternative to Russian launch vehicles. It is possible, for example, that the TSA could speed India's deployment of a constellation of small, formation-flying earth observation satellites which would mirror what a few other countries have already placed in orbit.
 
Thursday, August 06, 2009

The Union Cabinet today approved undertaking design and development of GSAT-10 spacecraft at a cost of Rs.735.00 crores with a Foreign Exchange component of Rs.634.00 crores.

GSAT-10 satellite with 12 high power Ku-band transponders, 12 C-band and 12 Extended C band India coverage transponders and a navigation payload, will replace the ageing INSAT-2E and INSAT-3B satellites, create additional capacity for DTH like applications and provide on-orbit back-up for the GAGAN navigation payload.

The spacecraft structure is designed for a lift off mass of about 3337 kg with a dry mass of approximately 1432 kg. The Spacecraft employs a proven 1-3K structure used to realize INSAT-4A and 4B satellites. The spacecraft is configured with 2-sided solar array panels to generate around 6 KW of DC power.

GSAT-10 spacecraft is planned to be realized within 20 months.
 
PTI
Friday, August 7, 2009 19:38 IST

Mumbai: India plans to power some parts of the Chandrayaan II--its next unmanned mission to the moon, with the nuclear energy and the feasibility studies that are being carried out by Indian Space Research Organisation and Bhabha Atomic Research Centre.

"We are thinking of powering some parts of Chandrayaan II with nuclear power and it will power the spacecraft when it revolves aroung the dark side of the moon," Madhavan Nair, chairman, ISRO, told the media today, before accepting the degree of Doctorate of Science conferred on him at the 47th Convoction of IIT-Mumbai.

He said both ISRO and BARC are carrying out the feasibility studies on this, which will be useful for carrying out further experiments to use N-power for Chandrayaan II.
Asked how safe it is to use nuclear power in the mission, he said, "the safety aspects are being worked and safety is crucial when it is launchedfrom ground level tothe orbit."

"To work out the safety, we have to work on newtechnologies and the feasibility studies will help in developing those," Nair said. On using N-power in the deep space probe, he said, "We need nuclear power in those missions which are outside out solar systems but the challenges are very many."

Asked whether laws relating to use of space will allow use of N-power, he said "we have to take utmost care in launching from to ground to the orbit and this aspect we will work out in future."
 
Seven eyes in the sky to guard India - Yahoo! India News

Seven eyes in the sky to guard India

New Delhi, Aug 9 (IANS) The Indian Space Research Organisation (ISRO) is developing a constellation of seven satellites to give a boost to the country's security apparatus, a top scientist said here Sunday.

ISRO chief G. Madhavan Nair said the Indian Regional Navigational Satellite System (IRNSS) was being developed 'considering security related issues'.

Speaking at the Indian Institute of Technology-Delhi, Nair said: 'The proposed system would consist of a constellation of seven satellites and a ground support segment. Three of the satellites will be placed in the geostationary orbit and four near the geostationary orbit.

'Such an arrangement would mean all seven satellites would have continuous radio visibility with the Indian control stations. The satellite payloads will consist of atomic clocks and electronic equipment to generate the navigational signals,' he said.

'The system is intended to provide an absolute position accuracy of more than 20 meters throughout India and within a region extending approximately 2,000 km around it,' Nair explained.

The system will help in tracking infiltration activities across the border and security personnel maintain better surveillance over tough terrains, mountains or deep inside the sea.

The ISRO chief did not say when the system is expected to be operational.
 
Seven eyes in the sky to guard India - Yahoo! India News

Seven eyes in the sky to guard India

New Delhi, Aug 9 (IANS) The Indian Space Research Organisation (ISRO) is developing a constellation of seven satellites to give a boost to the country's security apparatus, a top scientist said here Sunday.

ISRO chief G. Madhavan Nair said the Indian Regional Navigational Satellite System (IRNSS) was being developed 'considering security related issues'.

Speaking at the Indian Institute of Technology-Delhi, Nair said: 'The proposed system would consist of a constellation of seven satellites and a ground support segment. Three of the satellites will be placed in the geostationary orbit and four near the geostationary orbit.

'Such an arrangement would mean all seven satellites would have continuous radio visibility with the Indian control stations. The satellite payloads will consist of atomic clocks and electronic equipment to generate the navigational signals,' he said.

'The system is intended to provide an absolute position accuracy of more than 20 meters throughout India and within a region extending approximately 2,000 km around it,' Nair explained.

The system will help in tracking infiltration activities across the border and security personnel maintain better surveillance over tough terrains, mountains or deep inside the sea.

The ISRO chief did not say when the system is expected to be operational.

This is the Indian GPS one has been hearing for a while now? What is the time line for this project?
 
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