ISRO was established in 1969 and is headquartered in Bengaluru Karnataka. ISRO is responsible for the development of space technology satellite systems and launch vehicles in India.
ISRO primary objective is to harness space technology for various applications that benefit the country and contribute to global advancements in the field. The agency has achieved numerous milestones and notable accomplishments over the years including the successful launch of satellites, lunar missions, Mars mission, and satellite navigation system. ISRO has developed and launched a series of satellites for various purposes such as communication weather monitoring, Earth observation, scientific research and navigation. Some of the prominent satellites developed by ISRO include INSAT series, IRS series, Chandrayaan1 and Mars Orbiter Mission (Mangalyaan).In addition to satellite development and launch vehicles ISRO has also undertaken significant planetary exploration missions.
The Chandrayaan series of missions, the first of which was Chandrayaan1 from India, is aimed at investigating the Moon. The forthcoming Chandrayaan3 mission is part of ISRO's ongoing exploration of the lunar surface.
14 july The moment that all Indians had been looking forward to has finally arrived. Chandrayaan-3 will take flight today completing an unfinished ambition. This will be a historic moment. At 2.35 PM Chandrayaan-3 will lift out from Sriharikota Satish Dhawan Space Center.
According to ISRO Chandrayaan3 launch countdown started on Thursday and lasted for 25.30 hour. The Indian Space Research Organization third lunar exploration project is called Chandrayaan3. It comes after the Chandrayaan-2 mission, which accomplished key goals despite a partial mission failure.
Chandrayaan-3 aims to build upon the successes of its predecessor and address any shortcomings encountered during the previous mission.
Chandrayaan3 main goal is to carry out a thorough exploration of the moon with an emphasis on the south pole. since of the existence of water ice this region is of tremendous scientific interest since it could have ramifications for future human missions and provide valuable insights into the Moon's geological and evolutionary past.
Similar to Chandrayaan-2 the mission architecture of Chandrayaan-3 consists of an orbiter lander and rover. While the lander and rover will drop to the Moon surface for research the orbiter will remain in lunar orbit to observe the Moon from above.
To maximize the prospects of a successful soft landing, Chandrayaan-3 features significant technical improvements over its predecessor. Lessons learned from Chandrayaan-2 lander descent anomalies have been applied to improve the landing system and ensure a smoother touchdown.
The mission will be equipped with a set of scientific instruments to allow for thorough observations of the lunar surface.
These instruments will analyze the composition of the regolith study the presence of water molecules and assess the topography and thermal characteristics of the Moon south pole.
ISRO has engaged in collaborations with international space agencies and organizations for Chandrayaan3 fostering global cooperation in lunar exploration. These relationships allow for the exchange of resources, knowledge and expertise hence improving the mission's scientific capabilities.
Chandrayaan-3 also emphasizes public outreach initiative aiming to engage and educate the public through various awareness programs. By promoting an interest in space science the mission seeks to inspire future generations of scientists and engineers.
The mission is projected to have a favorable economic impact through advancing technology and creating job opportunities in the space sector.. It also opens avenues for potential commercial applications and partnerships.
Chandrayaan-3 serves as an integral part of India's long term space exploration strategy. It will serve as a springboard for future lunar missions, as well as contribute to global scientific advances in lunar study.
ISRO is well-known for its cost effective approach to space missions which has resulted in exceptional accomplishments with low resources. The agency has been critical in supporting a wide range of applications and services such as communication weather forecasting, disaster management, agriculture, navigation and education.
ISRO has also aggressively encouraged international cooperation and collaboration in space science and technology. It has formed alliances with other space agencies and organizations throughout the world to facilitate the flow of knowledge, resources and skills.
ISRO achievements have greatly aided India's technological breakthroughs, national growth, and scientific research.
The agency continues to strive for excellence in space exploration, satellite technology and related fields aiming to further enhance India capabilities in space science and applications.