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The Indian space program aims to motivate the use and use of space, science and technology for the socio-economic benefit of the country. It has two main satellite systems. One is INSAT which covers telecommunications, television broadcasting and meteorological services, and Indian remote sensing satellites IRS resources monitoring and management. Two vehicles to put IRS and INSAT class satellites into orbit, PSLV and GSLV and launches pslv-c10 successfully launches tecsar satellite under a commercial contract. The change in the space and science vision has brought in a lot of positivity and changed the country’s vision and helped the country to grow.
GSLV
Geosynchronous Satellite Launch Vehicle (GSLV) – A Delta-II type satellite launcher (IS) operated by ISRO, a non-reversible missile system. Launched in 1980 to launch Indian satellites into geostationary orbit, the project is specifically INSAT II-type satellites. Before 1990, India had sought Russia for such missile systems. The first launch took place on April 18, 2001, from Sriharikota with a 1540 kg GSAT-1 satellite, GSLV D-1. S. L. V is a polar satellite launch vehicle and pslv-c10 successfully launches tecsar satellite under a commercial contract.
PSLV
The Polar Satellite Launch Vehicle (PSLV) is a non-reusable (missile launcher) satellite launched by the Indian Space Research Organisation (ISRO) and is ISRO’s first functional launch vehicle. The virus can launch 1600-kg satellites into the 620 km sunset polar orbit and 1050 kg mass into the geostationary orbit. The LV-C11 was used to launch the lunar eclipse, which was launched 38 times from 1994 to 2016 with 37 successive launches of 121 satellites, of which 79 were foreign, and 42 were Indian-owned.
TecSAR-1, also known as TechSAR, Polaris and Ofeq-8, is an Israeli reconnaissance satellite equipped with satellite-aperture radar (SAR) developed by Elda Systems. The PSLV C-10 missile was successfully launched from the Satish Dhawan Space Centre in India on 21 January 2008 at 03:45 UTC and pslv-c10 successfully launches tecsar satellite under a commercial contract.
The TecSAR satellite is equipped with a large dish-like antenna that can transmit and receive radar signals that penetrate the thickness of darkness and clouds. Built by Israel Aerospace Industries, TecSAR is one of the most advanced space systems in the world.
Elda Systems Ltd. develops the TecSAR spy satellite system in partnership with Azerbaijan. According to Azerbaijani military experts, this is an inevitable setting for military operations in the mountains of Azerbaijan.
Within twenty minutes of launch the satellite was successfully launched into its target orbit. The four-stage PSLV rocket flew in CA or “Core Alone” configuration, without strap-on solid rocket boosters. The pslv-c10 successfully launches tecsar satellite under a commercial contract as the missile vehicle used to launch the TecSAR-1, the second aircraft of the PSLV-CA, and the twelfth aircraft overall in the PSLV series. The launch was contracted by Antrix Corporation, the commercial arm of the Indian Space Research Organisation (ISRO). TecSAR-1 marks the first Israeli use of an Indian PSLV C-10 missile. This enabled an inaccessible orbit from Israel with an altitude of 450-580 km and a slope of 41.00. As a result, unlike all other surveillance satellites launched from Israel, TecSAR-1 travels from west to east.
pslv-c9 successfully launches cartosat-2a
pslv-c11 successfully launches chandrayaan-1 from sriharikota is a terminal satellite launched successfully into space on September 26, 2016. This allowed 8 satellites to be launched into space simultaneously. And the achievement of placing satellites in two Earth orbits in the same space. Launched by the Indian Space Research Organisation from the Satish Dhawan Space Centre in Sriharikota of PSLV C11 and pslv-c10 successfully launches tecsar satellite under a commercial contract.
Sriharikota is a sand island in the Indian state of Andhra Pradesh, off the coast of the Bay of Bengal. Located at a distance of 80 km from Chennai, it is home to the Sathees Dhawan Space Centre, India’s only space launch site. The Indian Space Research Organisation PSLV C11 launches its spacecraft from here. Chandrayaan-1 was launched from here on October 22, 2008
Chandrayan-1 was an unmanned lunar mission launched into space by the pslv-c11 successfully launches chandrayaan-1 from Sriharikota Indian Space Research Organization on October 22, 2008. Its main purpose is to study the distribution of various minerals and chemicals on the Earth’s surface and to make a three – dimensional map of the entire Moon surface with high accuracy. Indian Space Research Organisation’s Polar Satellite Launch Vehicle PSLV C 11. Chandrayaan I will orbit the cell at 240 km x 24000 km Earth orbit. The spacecraft will then be positioned in a 100 km polar orbit around the moon with the help of its own forward system. The Chandrayaan I spacecraft will have both an orbital system and a lunar landing system.
Conclusion
These satellites are left in their orbit without being completely removed. At times these are moved to the orbital orbit. In 2002, the FCC announced that all terrestrial satellites would automatically move into orbit once they reached their target. In 1963, elements of the rocket for India’s first rocket launch were transported by bicycle to the launch site, a church in Thiruvananthapuram. Vikram Sarabhai founded the Indian Space Research Organisation (ISRO) on August 15, 1969, after the launch of a NASA-built Nike-Apache rocket into space. And all these have brought a great change to the vision of India and helped India grow.
