India is looking to take a giant technological leap with a second unmanned mission to the moon, aimed at landing a rover near the unexplored south pole.
The blast-off of Chandrayaan-2 from Satish Dhawan Space Centre in Sriharikota in the southern Indian state of Andhra Pradesh is scheduled at 2.51am local time on Monday (2121 GMT, Sunday).
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A successful launch will be the first among several nail-biting steps planned ahead, which, if successful, will put India in a select group of spacefaring nations.
Chandrayaan-2 is a multistage moon mission through which the Indian Space Research Organisation (ISRO) plans to place a spacecraft in the lunar orbit 22 days after the launch.
Nearly a month after that, on September 6 or 7, a landing craft carrying a rover should separate from the orbiter and attempt a controlled descent to land on the surface at the south pole.
With India poised to become the world’s fifth-largest economy, its space ambitions are also commercial.
“It will foster a new age of discovery, increase our understanding of space, promote more global alliances, stimulate the advancement of technology and grow commercial opportunities in India and inspire future generations,” ISRO Chairman Kailasavadivoo Sivan said.
What role does industry partnership play in the progress of space research? Listen to ISRO Chairman K Sivan's message to find out! https://t.co/5SxaKb5PLw #Chandrayaan2 #GSLVMkIII #ISRO pic.twitter.com/X1mugKM3Vn
— ISRO (@isro) July 14, 2019
Economy class price tag
Technological feat apart, India’s space programme also seeks to prove it can compete in terms of cost.
Chandrayaan-2’s economy class $141m price tag covers the rocket, orbiter, lander, rover and the scientific payloads – $9m less than what SpaceX charges for its Falcon Heavy launch services that simply take up and drop off payloads into Low Earth Orbit.
During her budget speech in parliament on July 5, weeks after she was sworn in, India’s Finance Minister Nirmala Sitharaman announced the creation of a new public sector enterprise: New Space India Ltd.
She made it clear that ISRO’s ambitions to reach the moon and beyond are integrated into the government’s blueprint to create a $5 trillion national economy by 2025.
“New Space India Limited has been incorporated as a new commercial arm of the Department of Space to tap into the benefits of research and development carried out by the ISRO. The company will spearhead commercialisation of various space products, including production of launch vehicles, transfer of technologies and marketing of space products,” she said.
While India’s space industry generates $7bn in revenue, Morgan Stanley estimates say the global space revenues currently pegged at $350bn will increase to $1.1 trillion by 2040.
ISRO chairman Sivan said 500 universities and 120 companies across India participated in developing and managing various scientific and engineering programmes to make Chandrayaan-2 ready for the launch.
“The private sector shared 80 percent of the expenditure and 60 percent of the module work,” he said. “This mission is not only ISRO’s project, the country’s scientific community and private sector were also involved.”
The launch of the moon mission follows the ISRO’s successful launch of Chandrayaan-1 in 2008, which placed a spacecraft in orbit around the moon and then launched a lunar impactor.
ISRO deliberately dispatched the 35kg Moon Impact Probe with the specific intent to smash it into the surface of the moon in order to analyse the particulates displaced by the crash.
That is when ISRO, with the assistance of NASA’s Moon Minerology Mapper on board the orbiter, discovered water molecules on the moon.
If Chandrayaan-2’s Vikram lander (named after Vikram Sarabhai, founder of India’s space programme) touches down safely, it will lower a ramp and release its main payload, the Pragyan rover.
In Sanskrit, Pragyan means “wisdom” while Chandrayaan translates as “a moon vehicle”. The Vikram lander will also be carrying three scientific instruments to study seismic activity, the surface’s ability to absorb and retain heat, and the moon’s ionosphere.
The Pragyan rover’s instrumentation will study the elements that make up the lunar surface, mainly the building blocks for water.
Once on the moon’s south pole, the lander and the rover will be powered by the sun, meaning their mission life spans will last one lunar day. That means almost 15 earth days of science and data gathering before the sun sets on the moon.
The orbiter has been outfitted with a variety of technologies to collect data on the moon’s surface composition and atmosphere. It will also map the terrain to probe where water in the form of ice is located.