India will launch the Chandrayan-4 mission in 2027, which marks an important step in the efforts of the country exploration of the country. The mission is intended to collect samples of the moon and to bring it back to Earth, the Minister of Science and Technology has confirmed Jitendra Singh.
The ambitious project requires at least two launches of the Heavylift LVM-3 rocket, which will bear five different components of the mission. These elements will be assembled around the earth before they go to the moon. This will be the first attempt by India to be a sample mission, which further promotes the scientific and technological possibilities of the country in space research.
“The Chandrayan-4 mission is intended to collect samples from the surface of the moon and to bring them back to Earth,” Singh said in an interview with PTI videos.
In addition to Chandrayaan-4, the India Space Agency, the Indian Space Research Organization (ISRO), has a full schedule for the coming years. The long-awaited Gaganyan mission, which aims to send Indian astronauts in the job in the low earth and to return safely, is planned for the launch next year. For this, the first non -described test mission with the humanoid robot 'Vyommitra' will take place later this year.
In 2026, India will also start a pioneering striving, the Samudrayan mission. In this initiative, three scientists will fall to a depth of 6000 meters in the deep ocean in a specially designed immersion. The goal is to explore the seabed that can reveal valuable mineral resources, rare metals and undiscovered marine biodiversity.
Prime Minister Narendra Modi emphasized the importance of Samudrayaan in his address for Independence Day, and emphasized its potential impact on the economy of India and environmentalness.
The spacecraft sector of India has experienced a significant expansion over the past decade, with infrastructure improvements and greater involvement of the private sector stimulate growth. While ISRO was founded in 1969, it took more than two decades to develop its first launch platform in 1993, followed by a second in 2004. However, the last ten years have seen rapid progress, including the construction of a third launch platform for heavier rockets and The establishment of a new small satellite launch facility in the Tuticorin district of Tamil Nadu.
With the space economy of India that is currently appreciated at $ 8 billion, it is expected that it will increase to $ 44 billion in the following decade.
