Astronaut Sunita Williams of American Space Agency NASA has reported that India looks ‘spectacular’ from space. Williams of Indian origin also expressed a desire to come to India to share their experiences of space exploration. Last month, Williams returned to Earth after a mission of about nine months at the International Space Station (ISS).

Williams (59 years old) told a press conference, “India looks great. It was fantastic every time we go over the Himalayas. We have some excellent pictures of the Himalayas.” Butch Wilmore ISS was also present with him. Both these Astronauts have returned to the earth through Billionaire Elon Musk’s rocket company Spacex’s Crew-10 mission. Nick Hague with them and cosmonott Aleksandr Gorbunov of Russia’s Space Agency Roscosmos also landed on the sea of ​​Tallahassee in California, USA via Spacex’s dragon spacecraft on 18 March.

Regarding seeing India from space, Williams said, “When you come from the east and go to Gujarat and Mumbai, you see fishermen fleet in the sea. In the whole of India, I saw that the network of lights in big cities is going down to small towns. It is fantastic to see India at night as well as night.” He also showed enthusiasm about coming to India.

In June last year, Williams and Wilmore went to ISS on a few days of mission. However, they were trapped due to technical problems in spacecraft. Williams and Willmore could not return due to the technical problem in Boeing’s Starliner Spacecraft. Starlineer Spacecraft was finding it difficult to reach ISS. The leak of helium from this spacecraft was a very difficult. ISS was commanded by Astronaut Oleg Kononenko of Russia to Williams. The Indian Space Research Organization (ISRO) had said that such challenges in space missions would be important for the country’s ambitious Gaganyaan mission. The next year is a plan to launch India’s Chandrayaan-4. This will be an important step in the country’s space exploration efforts. The purpose of this mission will be to bring the sample back from the moon to the earth.

The Chandrayaan-3 mission has a plan to launch the Chandrayaan-4 of India after the success of the mission. This will be an important step in the country’s space exploration efforts. The purpose of this mission will be to bring the sample back from the moon to the earth. This ambitious project will require at least two launch of LVM-3 rocket to carry five separate components.

This will be the country’s first attempt to bring a sample from the moon. This will increase India’s scientific and technical abilities in Space Research. Science and Technology Minister, Jitendra Singh said, “Chandrayaan-3 mission aims to bring samples back to the earth from the moon surface.” The Indian Space Research Organization (ISRO) is preparing to launch some very important missions in the coming years. These include Gaganyaan Mission. In this mission, astronauts will be sent to low-end orbit. The Gaganyaan Mission is to be launched next year.

Recently ISRO launched its 100th mission. In this mission, navigation satellite was launched with a GSLV rocket from the spaceport of Sriharikota, Andhra Pradesh. It is the second satellite in the Indian subcontinent to provide accurate positions, valos and timings to users in the Navigation with the Indian Consultation (NAVIC) series. The Navic consists of five second generation satellite. NVS-02 is designed and developed by UR Satellite Center. Its weight is about 2,250 kg. It has navigation payloads in L1, L5 and S bands.

Like the previous satellite NVS-01, the C-band also has a ranging payload. Recently ISRO succeeded in achieving the ability of space docking. After the US, Russia and China, India has become the fourth country to gain this ability. The major goals of the ISRO’s Spadex Mission, launched at the end of the previous year, included the Space Docking Process. This ability is essential for future human and special missions. Prime Minister Narendra Modi congratulated ISRO’s team on this big success. Modi had said that this is an important step for the country’s ambitious space missions in the coming years.

India has made a lot of progress in the missions associated with space over the years. The success of Chandrayaan-3 mission is important in this. The Central Government has also approved the Indian Space Research Organization (ISRO) for the Chandrayaan-5 mission. ISRO Chairman, V Narayanan confirmed this.

it Mission Can provide important information about the atmosphere and other conditions on the moon. India aims to send a human mission on the moon by 2040. Around 350 kg of rover can be used in Chandrayaan-5 mission. Japan’s cooperation will also be taken in this mission. Earlier ISRO has started preparations for the Chandrayaan-4 mission. In this mission, samples from the moon will be collected and brought to the earth. Last year, Chandrayaan-4 mission was approved by the government.

ISRO’s Chandrayaan-3 mission was successful. Some important information related to the moon was obtained from this. The total load of Chandrayaan-4 will be around 9,200 kg. This is more than doubled compared to Chandrayaan-3. Due to its high size, the use of two launch vehicle mark-III (LVM 3) rockets is necessary. These rockets will take five different modules to the earth’s orbit, where these modules will be docing before the Moon’s visit. ISRO has reported that four of these modules will go towards the moon and two modules will be landing. One module will remain on the surface of the moon and the second sample will bring back to the earth.

This is India’s first mission to bring samples to earth. This will increase India’s scientific and technical abilities in Space Research. There is a preparation to launch some very important missions of ISRO in the coming years. These include Gaganyaan Mission. In this mission, astronauts will be sent to low-end orbit. There is a preparation to launch the Gaganyaan Mission next year. ISRO has also been given the responsibility of making ‘Indian Space Station’ in space. Recently ISRO launched its 100th mission. In this mission, navigation satellite was launched with a GSLV rocket from the spaceport of Sriharikota, Andhra Pradesh. It is the second satellite in the Indian subcontinent to provide accurate positions, valos and timings to users in the Navigation with the Indian Consultation (NAVIC) series.