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Isro gets ready for historic 100th mission....

ChennaiSKing

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Great Job ISRO - We are proud of your good work and best wishes for your 100th mission...

BANGALORE: The Indian Space Research Organisation is preparing for its 100th mission next month with the commercial launch of two foreign satellites from the spaceport of Sriharikota in Andhra Pradesh.

Isro plans to launch 720-kg SPOT-6 remote sensing satellite from France (built by ASTRIUM SAS) and a 15-kg Japanese spacecraft Protiers on board the home-grown Polar Satellite Launch Vehicle (PSLV-C21) in the second week of September, in a major milestone of sorts.

"We have today (so far) put 99 missions (62 satellites and 37 launch vehicles) from the days of Aryabhata (satellite) of 1975", Chairman of Bangalore-headquartered space agency, K Radhakrishnan told PTI here. "PSLV-C21 would be the 100th mission. The launch is basically for commercial purposes".

In what could be a "double delight" for Indian space scientists, Isro's 3400-kg communication satellite GSAT-10 is also likely to be launched between September 19 and 21 by European space consortium Arianespace's Ariane-5 rocket from Kourou in French Guiana.

Radhakrishnan, also chairman of Space Commission and secretary in the department of space, said GSAT-10 would carry 30 transponders, including 12 in Ku band, along with a GAGAN (GPS Aided GEO Augmented Navigation) payload. GSAT-10 is a Rs 750 crore mission, including launch services cost.

Isro officials said GSAT-10, which will have a minimum operational life of 15 years, is envisaged to augment the growing need for transponders and provide communication services and augment the existing ones.

"The next launch (after GSAT-10) is going to be another PSLV launch", Radhakrishnan said. "It (SARAL, an Indo-French satellite) is a joint activity in the sense payload is built by France (CNES), satellite is by Isro and launch is by Isro".

SARAL will provide data products to operational and research user communities, in support of marine meteorology and sea state forecasting; operational oceanography; seasonal forecasting; climate monitoring; ocean, earth system and climate research, Isro officials said.

Readying Chandrayaan-1 spacecraft for the Moon Mission

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GSLV-F04 and INSAT-4CR
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Some of ISRO's satellites


India's communication satellite, GSAT-8, in the ISRO Satellite Integration and Test Establishment in Bangalore.

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Satellite being lowered into a large test chamber at the ISRO Satellite Centre in Bangalore.

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CartoSat-2 is a direct follow-on satellite to CartoSat-1 (IRS-P5) of ISRO, Bangalore, India.
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Resourcesat - 2
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ISRO Satellite Test Center
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RISAT-1 undergoing prelaunch tests in the Satish Dhawan Space Centre in Sriharikota.
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RISAT-1 with one of its solar panel wings in deployed condition at Satish Dhawan Space Centre

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ISRO Ground Stations

Scientists at the Indian Deep Space Network(ISDN) set up for the Chandrayaan project tracking the spacecraft at the ISTRAC campus of ISRO at Byalalu village, near Bangalore, on October 22, 2008

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Deployment of mission critical Data Storage Infrastructure that over different phases to store valuable imagery and scientific data transmitted by the spacecraft while orbiting the moon over X-Band at the ISRO Telemetry, Tracking and Command Network (ISTRAC)

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CHENNAI: The 51-hour countdown for India's landmark 100th space mission began today with ISRO's old warhorse PSLV rocket all set to soar into space on September 9 with two foreign satellites from the spaceport of Sriharikota in Andhra Pradesh.

The launch authorisation board (LAB) for Polar Satellite Launch Vehicle PSLV-C21/SPOT-6/PROITERES mission, which met on September 05, 2012 at Satish Dhawan Space Centre (SDSC) SHAR, Sriharikota has cleared the launch of PSLV-C21/SPOT-6/PROITERES mission at 09:51 hrs (IST) on Sunday, September 9, 2012.

The 51-hour countdown commenced at 06:51 hours today (September 7, 2012). During the Countdown, propellant-filling operations of the liquid propellant second stage (PS2) and fourth stage (PS4) of the launch vehicle will be carried out.

Besides, mandatory checks on the launch vehicle and spacecraft will be carried out. Also, charging of batteries and pressurisation of propellant tanks onboard the satellite will be performed. Readiness of various ground systems such as tracking radar systems and communication networks will also be ascertained.

Prime Minister Manmohan Singh will witness the mission, in which 720-kg SPOT-6 remote sensing satellite from France (built by ASTRIUM SAS) and a 15-kg Japanese spacecraft PROITERES would be placed in orbit by ISRO's PSLV C-21.

"Readiness of various ground systems such as tracking radar systems and communication networks will also be ascertained. PSLV-C21 will inject SPOT-6 and PROITERES satellites into an orbit of 655 km altitude at an inclination of 98.23 degree," it added.
 
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More on the SPOT-6 built by ASTRIUM:

Astrium’s SPOT multi-mission platform series, initially designed for the French space agency, CNES, is now used for many European Low Earth Orbit Earth observation satellites, including the Helios military reconnaissance satellites, the ERS radar satellites, the Envisat Polar Platform and the polar-orbiting MetOp spacecraft.

All five SPOT satellites were built under the prime contractorship of Astrium, responsible for the platform and high-resolution imaging system on all Spot satellites. SPOT 1 was launched in February 1986. Two SPOT satellites are currently in operational use, allowing a daily observation of virtually any point of the globe at a 10-metre resolution. SPOT 5 (launched in 2002) provides 2.5 metre resolution images over a large swath.

Astrium also financed, jointly with CNES and Spot Image (now fully integrated into Astrium Services), the high-resolution stereoscopic instrument HRS flown on SPOT 5. HRS generates digital elevation models for 3D mapping applications.

Astrium Services’ GEO-Information Division is the worldwide distributor of global imaging products and services derived from SPOT satellite data.

To ensure long-term continuity in high-resolution data while competition gets ever tougher, Astrium decided in 2009 to launch a new project with private financing, AstroTerra. This aims to put the SPOT 6 and SPOT 7 satellites into orbit, guaranteeing smooth transition for the SPOT family.

The new-generation SPOT 6 & 7 Earth observation satellites will offer optical medium resolution and wide swath capabilities. Astrium, as prime contractor, is responsible for the complete development of the AstroTerra system including SPOT 6, SPOT 7, the Control Ground Segment and the Exploitation Ground Segmen
 
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That day should declared as "Space day in India"..
Lets, our PSLV performs well this time as well..
Good luck to ISRO and team..
 
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