The Indian Space Research Organisation (ISRO)'s Chandrayaan-3 is the organization's third lunar exploration project. It is a follow-up mission to the July 2019-launched Chandrayaan-2 mission. Chandrayaan-3 is intended to further India's lunar exploration and build on the accomplishments and discoveries of earlier missions.

Chandrayaan-3's main goal is to execute a soft landing on the moon's surface and send out a rover to investigate the lunar surface. The mission's objectives include researching the lunar exosphere, mineralogy, elemental abundance, geography, and existence of water ice in the south polar area of the moon.

Technical difficulties and the COVID-19 epidemic caused some delays in the Chandrayaan-3 mission. As far as I'm aware, ISRO hasn't given Chandrayaan-3 a definite launch date as of the September 2021 deadline. It is important to note that the facts may have changed, therefore for the most updated details on the operation, check with official sources or recent news updates.

The Chandrayaan missions, including Chandrayaan-3, accomplish a number of significant goals and meet a variety of needs:

Research into the Moon's surface, geology, mineralogy, elemental makeup, and existence of water ice is a goal of the Chandrayaan missions. Our understanding of the creation and early history of the solar system is aided by these missions' invaluable data and insights into the genesis and evolution of the Moon.

Technology Advancement: By planning and carrying out lunar missions like Chandrayaan-3, ISRO is able to improve its technological prowess in fields like launch vehicles, lunar landing, rover operations, and data processing. These missions assist develop India's space exploration skills and pave the way for more.

National Prestige: India takes great pride in the Chandrayaan missions. India builds its image and status in the global space community by performing successful lunar missions that demonstrate the country's scientific and technical prowess.

Prospecting for Lunar Resources: Chandrayaan missions concentrate on examining the existence of water ice in the southern polar area of the Moon. Water is an essential resource for future space travel since it may be utilised to support deep space voyages, generate fuel, and sustain human presence. The distribution and availability of lunar resources are identified and understood in part by the Chandrayaan missions.

International Cooperation: The Chandrayaan missions offer chances for cross-national cooperation and space exploration. Countries may collaboratively increase scientific understanding and technical capabilities in lunar exploration through collaborations and the exchange of data and resources.

Overall, the Chandrayaan missions, including Chandrayaan-3, develop technology, boost national pride, and pave the way for potential future lunar resource exploitation and utilisation.

Let us wish Best of Luck for Chandrayaan-3!!!..