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New Delhi, Jun 13:  India is planning to launch its own space station, ISRO chief K Sivan said Thursday.


The ambitious project will be an extension of the Gaganyaan mission.

"We have to sustain the Gaganyaan programme after the launch of (the) human space mission. In this context, India is planning to have its own space station," Sivan told reporters here.     [Agencies]



Bengaluru, Jan 11 : The launch of India's second Moon mission, Chandrayaan-2, is planned for the middle of April this year, Indian Space Research Organisation (ISRO) chairman K Sivan announced Friday.


ISRO had earlier said Chandrayaan-2 will be launched in a window between January-February 16 this year.

The mission, costing nearly Rs 800 crore, is an advanced version of the previous Chandrayaan-1 mission about 10 years ago.

"Regarding Chandrayaan-2 schedule, right now Chandrayaan is scheduled from March 25 to April end. Most probably, the normal targeted date is April middle," Sivan told reporters here.

He said the space agency had earlier planned to launch the spacecraft sometime between January and February but it could not materialise because certain tests could not be conducted.

"Once we missed the February target, next available target is April. Right now it is planned for April," the ISRO chief added.             PTI

Bengaluru, Sep 18: It was a verdict he had been longing for with anguish after nearly two and half decades of wait in the ISRO espionage case.

But it was not to be. Former space scientist K Chandrasekhar slipped into coma hours before the Supreme Court delivered its judgement on Friday, dismissing the espionage case as a frame-up.

In its verdict, the apex court held that former Indian Space Research Organisation (ISRO) scientist Nambi Narayanan was "arrested unnecessarily, harassed and subjected to mental cruelty" in a 1994 espionage case.

It also awarded Rs 50 lakh compensation to 76-year-old Narayanan for being subjected to mental cruelty in the case, in which Chandrasekhar was also one of the six accused but was exonerated along with others in 1998.

Even as the much waited ruling came at 11 am, Chandrasekhar's final journey from the world had begun.

"He fell into coma on Friday at 7.15 am and passed away at the Columbia Asia Hospital on Sunday at 8.40 pm. He was anxiously waiting for the verdict from early hours of Friday," said Chandrasekhar's wife K J Vijayamma as tears welled up in her eyes.

Vijayamma recalled the final hours of the scientist who underwent untold agony and misery in the false case that shattered him and his family.

Chandrasekhar had undergone a surgery to remove gall bladder stone. On Friday at 3.15 am, he asked for coffee and spoke about the case too saying that the verdict would be pronounced today, she said.

"He knew that the verdict will come on Friday and he was confident that they all will win. But he wasn't there to listen to the news he had been waiting for more than two decades," Vijayamma told PTI here today.

Chandrasekhar had worked as India's Representative to Russian space agency Glavkosmos since 1992.

It was her job in the public sector undertaking HMT as General Manager that saved the couple from the financial travails after the false case cost Chandrasekhar his job.

"We were leading a royal life and after this case we suddenly became penniless. We could manage to survive because of my job, said Vijayamma.

She claimed that there were attempts to dismiss her from the service for her husband's background.

Even today Vijayamma is anxious to know what made the intelligence agencies cook up a story and frame the six.

The espionage case, which hit the headlines in 1994, pertained to allegations of transfer of certain confidential documents on India's space programme to foreign countries by two scientists and four others, including two Maldivian women.

The case was first investigated by the Kerala police and later handed over to the CBI, which found no espionage as was alleged to have taken place.

The case also had its political fallout with a section in the Congress targeting then chief minister late K Karunakaran over the issue, that eventually led to his resignation.

In 1998, the top court granted a compensation of Rs 1 lakh to Narayanan and others, who were discharged in the case, and directed the state government to pay the amount.

Narayanan later approached the National Human Rights Commission (NHRC) claiming compensation from the state government for the mental agony and torture he suffered.

The NHRC, after hearing both sides and taking into account the apex court judgement of April 29, 1998, awarded him a compensation of Rs 10 lakh in March 2001.
 (PTI)

New Delhi, Sep 14: The Supreme Court Friday held that former ISRO scientist Nambi Narayanan was "arrested unnecessarily, harassed and subjected to mental cruelty" in a 1994 espionage case and ordered a probe into the role of Kerala police officers.

A bench of Chief Justice Dipak Misra awarded Rs 50 lakh compensation to 76-year-old Narayanan for being subjected to mental cruelty in the case.

The bench, also comprising Justices A M Khanwilkar and D Y Chandrachud, formed a three-member panel headed by its former judge D K Jain to probe Narayanan being framed in the spy case.

Narayanan had approached the apex court against the judgement of the Kerala High Court, which said no action was required to be taken against the former DGP and two retired superintendents of police K K Joshua and S Vijayan, who were later held responsible by the CBI for the scientist's illegal arrest.

In 1998, the apex court granted compensation of Rs 1 lakh to Narayanan and others, who were discharged in the case, and directed the state government to pay the amount.

He later approached the NHRC claiming compensation from the state government for the mental agony and torture suffered by him.

The NHRC, after hearing both sides and taking into account the apex court judgement of April 29, 1998, awarded him interim compensation of Rs 10 lakh in March 2001.
 (PTI)

Bengaluru, Sept 6: India and France Thursday announced a working group for Gaganyaan, ISRO's first manned mission announced by Prime Minister Narendra Modi on Independence Day.

The announcement was made at the sixth edition of Bengaluru Space Expo by French space agency President Jean-Yves Le Gall.

India plans to send three humans to space before 2022.

The Indian Space Research Organisation's mission is significant as it would make India one of the four countries in the world after Russia, US and China to launch a manned space flight.

ISRO and CNES, the French space agency, will be combining their expertise in fields of space medicine, astronaut health monitoring, life support, radiation protection, space debris protection and personal hygiene systems, Gall said.

Engineering teams have already begun discussions and it is envisioned that infrastructure such as CADMOS centre for development of microgravity applications and space operations or the MEDES space clinic will be used for training of future Indian astronauts, as well as exchange of specialist personnel, Gall said.

ISRO plans to conduct experiments on microgravity through its astronauts.

French-Indian space cooperation spans in areas of climate monitoring, with a fleet of joint satellites devoted to research and operational applications, innovation, through a joint technical group tasked with inventing the launch vehicles of the future.

The two also have plans to work on Mars, Venus and asteroids.

Gall said, "CNES is especially proud to be working on this endeavour alongside ISRO to share the experience it has acquired from the first French human spaceflights to Thomas Pesquet's Proxima mission, and to hone our own expertise by learning from ISRO's innovative developments in the field of crew transport.
 (PTI)

Hyderabad, Jul 9: A growing large economy like India with huge domestic market should build aircraft indigenously and make sure that it does not depend on international entities alone to meet its needs, says an eminent scientist.

The former Chairman of Indian Space Research Organisation A S Kiran Kumar said India is now poised for a significant growth in the aircraft industry.

The President-elect of Aeronautical Society of India said many of the Indian industries and private enterprises actually contribute to the global aircraft industry and provide some key components because of the "advantages" they have.

These industries and enterprises are establishing newer capabilities within the country. "In the coming days and years, there is a tremendous opportunity, we need to build on the capabilities of the country," Kiran Kumar told PTI.

Companies globally are realising there is a tremendous potential in India to make cost-effective components and sub-systems, and "gradually things are moving in this direction," according to him.

More and more entrepreneurs, Kiran Kumar said, are gradually trying to pitch in and capture the market.

"It's a positive development that's happening and in the coming days and years, we also need a large number of aircraft; if we are able to do some more developments on aircraft industry within the country, it will be great," he said.

Government, Kiran Kumar said, needs to make sure that the environment is conducive within the country, and industries are supported and encouraged to build aircraft.

"We also need to make sure that we don't depend only on outside entitities for building the aircraft, we need to start building in the country," Kiran Kumar said.

Indian aircraft manufacturing industry should start developing, he said.

"We cannot be depending on international sources as we keep growing as one of the largest economies in the world, and we have a huge market within the country.

Unless we start building our own aircraft....

airlines...indigenous development...it's a very important aspect which needs the attention of everybody," he said.

"We want Indian aircraft to be realised. Right now, some of the Indian companies have started providing parts to the global aircraft industry, we want an Indian aircraft to also come out," he said.

Kiran Kumar agreed that such an endeavour needs a clear road-map and vision to achieve the objective.
 (PTI)



Chennai, Apr 16: The Indian Space Agency on Monday said the fourth and final orbit raising operation of IRNSS-1I was successfully carried out at 2105 hrs on Sunday night.
The achieved perigee height was 35,462.9 km and apogee height was 35,737.8 km, an ISRO release said.
The 1,425 kg navigation satellite IRNSS-1I was launched from the First Launch Pad at Sriharikota on April 12 at 0404 hrs. UNI


New Delhi, Apr 12: Prime Minister Narendra Modi on Thursday congratulated the scientists of ISRO on the successful launch of the navigation satellite IRNSS-1I .
"Congratulations to our scientists on the successful launch of navigation satellite IRNSS-1I by PSLV. This success will bring benefits of our space programme to the common man. Proud of team ISRO!," the Prime Minister said in a message. UNI


Sriharikota, Apr 12: The Indian Space Agency was all set to create a record of sorts as it was gearing up to launch nine more missions in the next eight months this year, including the heavy rocket GSLV Mk-III and the Chandrayaan-II mission, ISRO Chairman K Sivan said on Thursday.
If it fructifies, this would be for the first time in the annals of the Indian Space agency that its launch capabilities touched double digit, ever since it embarked on testing of sounding rocket systems.
Addressing the scientists after the successful launch of the IRNSS-1I navigation satellite by the workhorse launch vehicle PSLV-C41 from the First Launch Pad, the second mission in a gap of two weeks, he said the space agency was gearing up for a lot more launches in the next eight months this year.
'We will be launching the GSAT-29 satellite using the GSLV Mk-III rocket (carrying the indigenous cryogenic engine) and also GSAT-11, besides PSLV launches that included the Chandrayaan-II mission towards the end of the year', he added.
GSAT-29 is configured around ISRO’s enhanced I-3K Bus and will be the payload for second developmental flight of GSLV-MkIII-D2. 
It would carry Ka x Ku multi-beam and optical communication payloads for the first time. 
The mission targets for Village Resource Centres (VRC) in rural areas to bridge the digital divide.
The satellite would serve the under served and unserved populace of the country. 
About today's mission, he said he was extremely happy to announce that the PSLV-C41 precisely injected the eighth navigation satellite in the Navic constellation into the desired orbit.
He said ISRO has broken its own history of launching its second mission in a short gap of 14 days after the GSLV-Mk II mission on March 29 when GSLV-F08 successfully launched GSAT-6A Satellite into Geosynchronous Transfer Orbit, though the satellite lost its contact with the ISRO Control Centres after two orbit raising maneuveres.
Congratulating the entire ISRO community for this wonderful achievement, Dr Sivan said the PSLV-C41 was the 43rd PSLV mission. He said many new modifications has been added to this launch vehicle. UNI



Chennai, Apr 11: The 32-hour countdown for the launch of 1,425 kg navigation satellite IRNSS-1I by the indigenous rocket PSLV-C41 commenced at 2004 hrs in the spaceport of Sriharikota on Tuesday night and has been progressing smoothly.
ISRO sources on Wednesday said, in its 43rd flight, the 44.4 m tall PSLV-C41, with a lift off mass of 321 tonnes, would soar into the skies from the First Launch Pad at 0404 hrs early tomorrow morning.
During the countdown propellant filling operations would be carried out in the four stage vehicle.
About 19 minutes after lift off, the 1,425 kg satellite, would be injected into the sub-Geosynchronous Transfer Orbit (Sub-GTO) at a perigee of 284 km and an apogee of 20,650 km, with an inclination of 19.2 deg to the equator.
After carrying out Orbit raising manouevres using the onboard propulsion systems, the satellite would be placed in the Geosynchronous Orbit at a height of 36,000 km with an inclination of 29 deg.
ISRO would be using the 'XL' version of PSLV for the mission. 
This would be be 20th flight of PSLV-XL version and the 32nd PSLV mission from the First Launch Pad.
The Satellite, with a life span of ten years, would transmit signals for the determination of position, navigation and time.
It would be the ninth satellite in the Indian Regional Navigation Satellite System (IRNSS) segment.
It would also serve as a replacement for IRNSS-1A after its failure of its rubidium atomic clocks, which would provide accurate positional data.
Its predecessors, IRNSS-1A, 1B, 1C, 1D, 1E, 1F and 1G were launched by PSLV-C22, PSLV-C24, PSLV-C26, PSLV-C27, PSLV-C31, PSLV-C32 and PSLV-C33 in July 2013, April 2014, October 2014, March 2015, January 2016, March 2016 and April 2016 respectively. 
The configuration of IRNSS-1I is similar to IRNSS-1A, 1B, 1C, 1D, 1E, 1F and 1G.
Like its other IRNSS predecessors, IRNSS-1I also carries two types of payloads--navigation payload and ranging payload. 
The navigation payload of IRNSS-1I transmits signals for the determination of position, velocity and time. 
This payload was operating in L5-band and S-band. Rubidium atomic clocks are part of the navigation payload of the satellite. The ranging payload of IRNSS-1I consists of a C-band transponder, which facilitates accurate determination of the range of the satellite. 
It also carries Corner Cube Retro Reflectors for Laser Ranging.
It may be recalled the previous PSLV-C39/IRNSS-1H mission failed as the satellite did not get separated from the heat shield. UNI


Bengaluru, Mar 31: Indian multi beam high throughput communication satellite GSAT 11 has reached the European spaceport of Kouru in French Guiana for a scheduled launch during the second half of May on-board Ariane 5 dual payload launcher during flight VA243.
The 5.87 tonne GSAT 11 might be perhaps the last Indian communication satellite through an acquired foreign launcher according to ISRO sources.
Meanwhile ISRO said that the first orbit raising operation of GSAT 6A launched by GSLV-F08 on Thursday had been carried out successfully by firing the LAM engine for 2188 seconds on Friday. The satellite was now orbiting the earth once in 12 hrs 45 minutes, the apogee and perigee height was changed to 36412 km and 5054 km respectively after the first maneuvering operations.
The inclination of the satellite was11.93 degrees and this would be brought to 0 degrees finally.
The spacecraft controllers at the Master Control Facility in Hassan would be firing the LAM on two more occasions to take the satellite to its intended orbit of 36,000 km before it was nudged to its space home of 83 degrees east longitude.
GSAT 11 would provide multi-spot beam coverage over the Indian mainland and nearby islands, bringing significant advantages to the user community when compared with India’s existing INSAT/GSAT satellite systems. With its new system architecture and cutting-edge technology elements, GSAT-11 will generate a capacity of more than 12 Gbps for users from a single platform. Operating in Ku and Ka band the satellite employed a new 1-6k bus platform. It provides 32 user beams in Ku band and 8 hub beams in Ka band. The commercial pay load included Ka x Ku Band forward link transponders and Ku xKa band return link transponders. UNI


Bengaluru, Jan 12: Demonstrating its prowess in placing multiple, micro and nano satellites of foreign origin in one go, ISRO on Friday launched PSLV-C40 which carried 28 such Satellites to the Sun synchronous orbit.
The International Customer Satellites were launched as part of the commercial arrangements between Antrix Corporation Limited (Antrix), the Commercial Arm of ISRO and the International customers.
They included one each from Canada, Finland, France, UK, five from Korea and the rest from the US.
These satellites were: Canada: Leo-1, a KA-bad communication satellite meant for demonstrating the capability of satellite and customer terminal for delivering low Latency broadband experiences. Finland: POC-1, a SAR payload proof-of-concept demonstration. France: PISAT, to measure explanatory transits. Korea: CanYVAL-X to demonstrate astronomy with virtulal telescope, CNUSAIL-1 to demonstrate Solar Sail Technology, KAUSAT-5 an infrared imaging satellite of Earth, SIGMA to demonstrate proving space radiation and Step Cub Lab to demonstrate thruster, radiator and heat pipe technologies.
UK: CBNT-2 is an Earth observation technology demonstration mission to test and validate a high definition imagery and video system. US: Flock-3P (four numbers) for Earth observation, LEMUR (four) for automatic identification system (AIS) for vessel monitoring, DEMOSAT-2 for microwave radio test, TYVAC-61C to catalog variability of luminous stars, Space BEE (four) a two-day satellite communication and data relay, Fox 1-D for amateur radio communication, Corvus BC-3 a multi-spectral remote sensing satellite, ARKYD-6 for demonstration of core technology for use of asteroid exploration and CICERO-7 to measure global weather patterns with high accuracy using a GPS radio occulation sensor.
With the launch of these 28 foreign satellites, ISRO has launched 237 customer satellites from abroad till date. UNI 


New Delhi, Jan 12: Congress president Rahul Gandhi on Friday congratulated the Indian Space Research Organisation (ISRO) for launching the 100th satellite along with 30 others in a single mission from Sriharikota Spaceport in Andhra Pradesh.
'Congratulations to ISRO for creating history yet again. Your hard work and dedication has made India the pioneer of space programme,' Rahul said in a tweet. UNI


Sriharikota, Jan 12: Terming the successful launch of PSLV-C40 carrying Cartosat-2 and 30 other smaller satellites as a 'big feat', ISRO Chairman A S Kiran Kumar on Friday expressed happiness over technocrats rectifying the efforts in the unsuccessful previous launch of C39 in quick time.
In his comments after the successful launch, Mr Kumar who, will be demitting office shortly said, ISRO had started 2018 in a big way. 'The last launch of PSLV C39 due to heat shield problems we had faced, the committees went through rigorously and found corrective measures that were required to make the system more
robust. Today what has happened indicates that problem is properly understood and rectified and we are extremely happy to present to the country a new year gift with Cartosat-2 series and other satellites,' he said.
The ISRO Chairman said Cartosat-2 and other satellites have been deployed successfully at the designated place. The performance of Cartosat-2 is satisfactory.
He said this year, ISRO had a large number of activities planned and the next -- the GSLV Mk-II, scheduled for launch next month, was being assembled.
Satish Dhawan Space Centre Director P Kunhikrishnan said today's success had proved that ISRO's team work had paid dividend. It is truely precious because of multiple reasons as this mission proved the correctiveness of all the measures taken in a much more efficient and effective way making the vehicle more robust and reliable. he said.
'This is the mission which turned out to be an excellent tribute to Mr Kumar, who has been the driving force with us all along. At the same time this is a mission, a welcome launch for our new Chairman designate Dr K Sivan,' Mr Kunhikrishnan said. UNI


Sriharikota, Jan 12: Indian Space Research Institute (ISRO) successfully launched PSLV-C40 carrying 31 
satellites including Cartosat-2 from Satish Dhawan Space Center here on Friday.
The workhorse PSLV rocket blasted off majestically and escaped into the heavily clouded sky from Sriharikota spaceport overlooking Bay of Bengal, exactly at 0928 hrs as programmed earlier. UNI


New Delhi, Jan 12: Prime Minister Narendra Modi on Friday congratulated Indian scientists and the Indian space agency ISRO for launching the 100th satellite along with 30 others in a single mission from Sriharikota spaceport in Andhra Pradesh.
"My heartiest congratulations to @isro and its scientists on the successful launch of PSLV today. This success in the New Year will bring benefits of the country's rapid strides in space technology to our citizens, farmers, fishermen etc," the Prime Minister tweeted.
He said, "The launch of the 100th satellite by @isro signifies both its glorious achievements, and also the bright future of India's space programme".
"Benefits of India's success are available to our partners! Out of the 31 Satellites, 28 belonging to 6 other countries are carried by today's launch," he tweeted.
Thirty-one spacecraft, including weather observation Cartosat-2 series satellite, were launched by PSLV-C40. 
Out of the 31, 28 satellites are foreign, while three are from India. UNI


Sriharikota, Jan 11: The 28 hour countdown of PSLV-C40 carrying 31 satellites including Cartosat-2 to be launched by the Indian Space Research Organisation (ISRO) from its spaceport here on Friday is progressing smoothly.
ISRO sources said the countdown started at 05.29 hrs IST on Thursday and the propellant filling operation of fourth state (PS 4) was completed. The workhorse PSLV rocket will blast off at 0928 hrs tomorrow.
ISRO had suffered a setback in August last year when PSLVC39 mission failed to launch navigation satellite IRNSS-1H due to a heatshield problem.
The primary goal of the 42nd flight is to launch the 710 kg Cartosat-2 saries satellite for earth observation. The flight will achieve a milestone in the space programme of India with the 100th Indian built satellite taking to the skies. 
The 30 co-passengers included a microsatellite and a nano satellite from India, besides three microsatellites and 25 nanosatellites from Canada, Finland, France, Republic of Korea, UK and USA. The total weight of all the 31 satellites carried onboard PSLV-C40 is about 1323 kg. UNI


Bengaluru, Jan 9: Indian Space Research Organisation (ISRO) will be launching PSLV-C40 with 31 satellites including earth observation spacecraft Cartosat-2 from the Satish Dhawan Spaceport in Sriharikota on January 12. 
Besides Cartosat-2, the workhorse launcher would also carry 28 foreign satellites from the US and Finland. It would also launch two other Indian satellites--- one nano spacecraft weighing just five kg and the other a micro satellite weighing about 100 kg, built by the space agency. 
With the launch of these three satellites, ISRO will be earning a distinction of launching 100 satellites in its journey of making India among the top space faring states, a top ISRO official said on Tuesday. 
The mission, whose main payload would be Cartosat-2 series earth observation satellite, will be the first PSLV mission in 2018 after the unsuccessful launch of navigation satellite IRNSS-1H in August last year. 
Speaking to reporters on the sidelines of an Exhibition on AstroSat organised by ISRO at Jawaharlal Planetorium, ISRO Satellite Centre Director M Annadurai said the mission will be a combination of 25
nano satellites, three micro-satellites and one Cartosat satellite. 
He said the other big launch coming up this year -- will be lunar mission Chandrayaan-2, on board GSLV-Mk II. Testing and integration of this orbiter and the lander-rover was in the final stages and it would fly to reach lunar orbit in the first half of this year. 
Chandrayaan-2, India's second mission to the Moon, would be an advanced version of the Chandrayaan-1 launched nine years ago. This spacecraft is a composite model consisting of orbiter, lander and rover. 
Dr Annadurai reiterated ISRO's intention of increasing the industry participation in space missions. While ISRO wants to build its capability it also involve the industry and use the excess capacity for commercial use. UNI


Hyderabad, Jan 6: National Remote Sensing Centre (NRSC), a wing of Indian Space Research Organisation (ISRO) Director YVN Krishnamurthy has said that India has strong collaboration with France in Space domain.
Speaking at the ongoing 15th edition of Krishnakriti Art and Culture exhibition being held at State Art Gallery, Kavvuri Hills here on Friday night, Mr Krishnamurthy said that he have an opportunity to go through few of the maps especially cosmic maps, in all the worships in India, starting with Jambudvipa. 
He said that they had a fantastic collection here and what are the maps with depicts tells us about the past, how we are and how we were prosperous and how things change from today.
He said he come from the space domain and we see what is present today and also for last 30 years. We have information from the space which make the difference and what we are showing is here is centuries back and they need to relate how phosphorous we are and what are the changes happen and where they can put through.
Speaking collaboration with France, (Ambassador of France to India Alexander Ziegler inaugurated a vibrant exhibition “Space, Time and Place: The Culture of Indian Maps’ from the exclusive collection of Kalakriti Archives and Go-Places (Hyderabad) Mr Krishnamurthy said “We have a strong collaboration with the France. We have satellites called Mega Tropics (mega= cloud, tropics=tropical region).This is the unique satellite in the world that which gives the profile of the clouds and humidity and used by all global community and also
Saral-AltiKa. It perform altimate weather forecasting. We also launched satellites from French called “Spot”, the best imaging in the world and we do use for best imaging. In 2018 we are going to have Argo ,which gives the information about the oceans from 1.5 km down the ocean and altimate weather forecasting. Such collaboration that we have “, he said.
Mr Krishnamurthi said that this exhibition was eye opening, especially the pilgrimage routes which has been mapped. the perception of the people how they depicted in maps was a great knowledge. UNI

Bengaluru, Nov 17: India and Japan will launch a joint lunar  mission to jointly explore the moon.
Announcing this at a press conference, Indian Space Research Organisation (ISRO) Chairman A S Kiran Kumar and his Japanese counterpart Dr Naoki Okumura said that an implementation agreement for the collaborative mission will be finalised within the next two months. Both India and Japan have already conducted separate lunar missions and wanted to further probe the mysteries of moon through joint work. India's next lunar mission, Chandrayaan 2 was expected to take off before March next year with a proposal to land a rover on the surface of the moon. UNI