News Report

Countdown Commences for Chandrayaan-3

Just ahead of the highly anticipated soft-landing attempt of Chandrayaan-3 on the lunar surface, a senior scientist from ISRO has stressed that the national space agency will proceed with the landing only if the conditions on that day are considered “”favorable.”” In case of unfavorable conditions, a fresh landing attempt will be rescheduled for August 27. Nilesh M Desai, the director of ISRO’s space applications center, stated, “”Two hours before Chandrayaan-3 lands on the Moon, we will make a decision on whether it’s appropriate to proceed with the landing based on the health of the lander module and lunar conditions. If any factors suggest unfavorable conditions, we will postpone the landing to August 27,”” in a statement to news agency ANI. At present, Chandrayaan-3’s lander module orbits the Moon in close proximity to Chandrayaan-2’s orbiter. A notable milestone occurred on August 21, 2023, as Chandrayaan-2’s orbiter formally welcomed Chandrayaan-3’s lander module. ISRO marked this event on social media, sharing the announcement, “”Chandrayaan-2’s orbiter welcomed Chandrayaan-3’s lander module with a friendly ‘Welcome, buddy!'”” With just over 24 hours remaining, India stands on the cusp of a pivotal moment—the final stage of its lunar exploration journey with the Chandrayaan-3’s landing attempt. This instance holds immense significance, as a successful landing would position India alongside the United States, former USSR, and China as the fourth nation to accomplish a soft lunar landing. Moreover, with Russia’s Luna-25 no longer in contention, India would secure the distinction of being the first country to touch down on the Moon’s southern polar region. Consistent with its name, Chandrayaan-3 encapsulates India’s third endeavor to make contact with the lunar surface. Having weathered two prior mission setbacks, Chandrayaan-3 shoulders significant pressure to achieve success. ISRO has formally scheduled the touchdown for 6:04 pm on August 23rd. The upcoming maneuver involves Chandrayaan-3’s lander transitioning from a high-speed horizontal orientation to a vertical position, a crucial step toward ensuring a gentle and triumphant landing. This calculated shift is meticulously designed to facilitate the craft’s gradual descent onto the lunar surface, paving the way for the mission’s subsequent stages. Following the landing, Chandrayaan-3 is poised for a two-week operational phase during which a series of experiments will be executed. A spectrometer will be employed to meticulously scrutinize the mineral composition of the moon’s surface. Over the course of a lunar day, equivalent to 14 Earth days, ISRO scientists will vigilantly oversee the rover’s activities, meticulously analyzing data gleaned from the five scientific instruments located on both the lander and rover, as outlined by ISRO. Post-touchdown, a side panel of the Vikram lander will unfurl, establishing a ramp for the deployment of the Pragyan rover. Adorned with the national flag and ISRO’s emblem, the six-wheeled Pragyan rover is poised to grace the lunar landscape approximately four hours after landing, traversing at a steady pace of 1 centimeter per second. Outfitted with navigation cameras, the rover’s intricate instrument suite will systematically gather and transmit data to illuminate the lunar terrain. The rover’s instrumentation encompasses eight payloads, including a contribution from NASA, intended to unlock insights into the moon’s atmospheric composition, transmitting valuable information to the lander. This intricate communication network will forge a connection between the rover, lander, and ISRO scientists, facilitating collaborative data analysis and mission control. At the heart of Chandrayaan-3’s mission objectives lies the demonstration of rover mobility on the lunar surface and the execution of on-site scientific experiments. Beyond these primary aims, the payloads integrated into the lander and rover are poised to conduct in-depth analyses, unearthing valuable data concerning lunar topography, structural evolution, and genesis.

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