The Indian Research Space Organisation (ISRO) on Wednesday said that Chandrayaan-3 flawlessly executed its fifth and final orbit adjustment. This strategic manoeuvre was successfully performed to bring the spacecraft closer to the Moon's surface
This last propulsion manoeuvre has effectively placed Chandrayaan-3 in its intended orbit dimensions: a specific altitude range of 153 km x 163 km above the lunar surface
The completion of this latest orbit adjustment marked a pivotal juncture in Chandrayaan-3's journey. These calculated manoeuvres have been orchestrated carefully to position the spacecraft, setting the stage for its ultimate goal of landing on the Moon
As part of its intricate plan, ISRO is gearing up for a critical phase - the separation of the propulsion module and the Vikram lander module. This step-by-step approach ensures a carefully managed transition toward the Moon's surface
With the intricate orbit adjustments now concluded, the focus shifts to preparing both the propulsion module and the Vikram lander module for their individual journeys
The forthcoming event of separation of the lander module from the propulsion module, is scheduled take place on August 17, as outlined by ISRO's strategic roadmap
In a critical decision-making process, ISRO will have to choose one location from the three predetermined spots on the Moon's surface. This careful selection will pave the way for the Vikram lander's historic touchdown
Chandrayaan-3 embarked on its 40-day expedition on July 14, initiating its journey to the Moon. By August 5, it had successfully assumed a position within the Moon's orbit and by August 16, it completed its final orbit adjustments
Once the Vikram lander accomplishes its anticipated landing on August 23, an exciting chapter of scientific exploration will begin. Its primary mission involves analysing the water ice on the South Pole, gathering vital data and samples that will aid India's scientific community in assessing the potential viability of the Moon's South Pole for future astronaut missions