CIHS – Centre for Integrated and Holistic Studies

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India’s Moon Mission Opens Up a Zillion Opportunities

Start-ups, small & medium firms to big enterprises will fuel India’s space foray and its economic contribution to $ 100 billion K.A.Badarinath When The New York Times scoffed at India a few years back to even try and send a lander with rover to Moon or attempt a Mars Mission, the publication may not have imagined that it would be real in a very short span. An offending cartoon of 2014 in NYT summed up the editorial board’s humiliation of India’s gumption to get into the ‘elitist space club’ to explore Mars and Moon. But then, the same cartoon made way to social media networks on Wednesday with suggestions that The New York Times make amends after India’s Chandraayan – 3 led to text book precision touch down of lander ‘Vikram’ and the rover, ‘Pragyan’ getting out to explore the moon’s south pole. Well, there were foreign media houses handles that did hail India’s feat. Some did so grudgingly while a few with ‘disbelief’. However, newspaper establishments or TV channels from Europe, US and UK in particular were not remorse about their stance vis-à-vis a purely scientific mission undertaken by a developing country like India with gusto. Some netizens pointed out that the cartoon drawn by Singapore based Heng Kim Song in NYT may have been ‘racist’ and ‘offensive’ in tone. On the other hand, ‘The Economist’ may not have been very happy with Prime Minister Modi for describing the feat as ‘victory of a new India’. What’s wrong with head of the nation sporting his country’s flag and India being victorious is not a crime. Its write up of August 23, 2023 on India’s moon mission was peppered with an acerbic claim that her rover was not as good as the one planned by America or the one owned by China. To show down the Indian achievement, ‘The Economist’ made The Economist leader did not forget to say that Indian lander touched 600 kilometres away from Moon’s ‘proper’ South Pole to apparently dispute the country’s version that it was ‘first’ to reach the place. Even gleeful ‘emojis’ and ‘jai hind’ (long live India) that flooded the internet after India’s moon feat seemed inconvenient for The Economist who could not fully appreciate the ‘aspirational and assertive India’s mind-set. Bloomberg’s Andy Mukherjee gave a political twist to India’s Chandrayaan-3 mission by buying into Congress charge of ISRO engineers that laid the infrastructure were not paid for 17 months. Mukherjee seem to have waded big into Indian political waters. Well, this jingo apart, India’s ‘historic moment’ after the moon landing opens a clutch of opportunities for humanity and major chunk of world’s population as pointed out by Prime Minister Narendra Modi from Johannesburg in South Africa where he’s huddled with BRICS leaders. What’s very significant about the ‘moon landing’ by Indian craft is that it opens space sector estimated at US $ 546 billion for home grown start-ups,  small, medium, micro enterprises apart from the big boys. Big spurt of over 15 per cent at Rs 13,000 crore in market capitalization of companies that contribute to space sector in one trading session on bourses manifests the potential that the sector holds for business growth and expansion. Sixteen space technology companies in India that took roots have also got first and second round of funding from angel investors and established fund houses globally. About 30-odd small ticket funding deals clinched in last couple of years has only added to excitement after the sector was opened to private and foreign partnerships. India may very well put its bets on space economy that is estimated to expand to $ 100 billion by 2025 and account for nine per cent global share from a measly two per cent now. If Prime Minister Modi’s proposal to float a space consortium by BRICS gets adopted, space economy’s contribution to developing countries progress and development will go up multi-fold. This is one level above the BRICS satellite constellation that’s being developed. Collaborative research, skills development, education and related technologies can be jointly harvested to create a common pool. Evolving Indian counterparts to large companies like SpaceX, Blue Origin, Virgin Galactic and Arianespace is what Bharat can look forward to as the country readies missions to Sun and Venus beginning next month. Going forward, creating space economy leaders of our own with the vision to realize India’s vast potential next 25-years is something we need to work on methodically. Creating separate funding buckets to bankroll technology intensive space ventures through equity and zero-rate debt is something that India will have to pursue to quickly realise for growth and expansion. Collaboration and finding right partners for each of the space missions may be the key for every country that’s exploring the universe. (Author is Director and Chief Executive, Centre for Integrated and Holistic Studies, New Delhi based non-partisan think tank)

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Chandrayaan-3: Another feather in India’s space odyssey

Prachi Mishra Chandrayaan-3, India’s lunar mission, successfully launched on July 14, 2023 in the afternoon from the Satish Dhawan Space Center in Sriharikota. The launch was carried out using the powerful Launch Vehicle Mark-III (LVM3) rocket. The Indian Space Research Organisation (ISRO) is responsible for managing the mission and overseeing the launch. With its origins dating back to 1962, ISRO has a rich history in space exploration, and it officially came into existence in 1969. Since then, ISRO has played a significant role in India’s space endeavors. In June 2023, just prior to the planned launch of Chandrayaan-3, India joined the Artemis Accords led by NASA. These accords focus on fostering peaceful exploration of the Moon by humans and robots. While the primary advantages of the accords pertain to human spaceflight, the White House stated that the data obtained from Chandrayaan-3 could also prove valuable for future Artemis missions involving human landings. According to the Times of India, the estimated cost of Chandrayaan-3 is approximately $77 million USD. The official website states that Chandrayaan-3 has three main objectives: to achieve a safe landing on the lunar surface, to demonstrate rover operations, and to conduct scientific experiments on-site. As per the scientists involved in building and launching of the Moon mission the anticipated landing is expected to occur around August 23 or August 24. The mission involves a propulsion module that will transport the lander and rover to the Moon’s south pole. Once in lunar orbit, the module will adjust its trajectory to form a circular path roughly 60 miles (100 km) above the lunar surface. Subsequently, the lander will separate from the module and endeavor to make a soft landing on the Moon. During its 14 Earth-day surface mission (equivalent to a single lunar day), the lander and rover will conduct scientific investigations. Meanwhile, the propulsion module will observe Earth as part of its own scientific experiment. ISRO has incorporated advanced technologies into the spacecraft package, which includes the rover, lander, and propulsion module. These technologies encompass hazard detection and avoidance capabilities for the rover, a landing leg mechanism designed for a gentle touchdown, as well as altimeters and velocity instruments to estimate altitude and speed above the lunar surface. ISRO has conducted numerous technology tests to simulate lunar conditions, placing instruments in cold temperatures resembling the Moon’s environment and performing lander leg tests on simulated surfaces under various landing conditions. The agency has emphasized the importance of these tests in preparing for the mission. The scientific payload of the Chandrayaan-3 mission is divided among the lander, rover, and propulsion module. The lander is generally box-shaped and equipped with four landing legs and four landing thrusters. Its total mass of approximately 3,900 pounds (1,752 kilograms) includes 57 pounds (26 kilograms) allocated for the rover. The lander incorporates several instruments and experiments, including: As for the rover, it is a rectangular chassis mounted on a six-wheel rocker-bogie wheel drive assembly. The rover communicates with Earth through the lander. Its instrument suite includes: The propulsion module is a box-like structure, features a large solar panel mounted on one side and a cylindrical structure on top serving as a mounting platform for the lander. With a mass exceeding 2.2 tons (2 tonnes), the propulsion module contributes significantly to the mission’s overall weight. The module’s primary experiment is the Spectro-polarimetry of Habitable Planet Earth (SHAPE) investigation, which supports exoplanet searches. This experiment involves collecting data on the polarization of light reflected by Earth, aiding in the search for other planets with similar characteristics, as reported by Nature. Today, the Indian Space Research Organisation (ISRO) is embarking on its second endeavor to achieve a successful moon landing with the launch of Chandrayaan-3. With Chandrayaan-3, India has once again proven to the world that with indigenous capabilities and domestic talent, it can very well drive its space odyssey.

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