The world’s most expensive Civilian Earth Imaging Satellite Nisar was successfully launched from Sriharikota in Andhra Pradesh on Wednesday to monitor the earth. This satellite is created by the Indian Space Research Organization (ISRO) with the American Space Agency NASA.

NISAR (NASA-ISRO synthetic apartheer radar satellite) was told by ISRO in a tweet on social media platform x that 5:40 PM (according to Indian time) has been launched from Satish Dhawan Space Center in Sriharikota in Andhra Pradesh. For this, spacecraft of pickup truck size has been used. After reaching the orbit of this satellite, its dual-frequency radar will revolve around the earth 14 times a day. This will scan all land and snow surfaces on the earth every 12 days. This is the first collaboration between ISRO and NASA.

ISRO has a social media platform x Post In told that GSLV-F16 has been launched successfully with NISAR. This will make it easier for scientists to monitor soil moisture. Along with this, threats like landslides and floods can be better assessed. ISRO Chairman, V Narayanan said that this is a major step towards playing India’s leading role in satellite technology. He said, “We were dependent on other countries for satellite technology for many years since the launch of India’s first satellite, Aryabhata. This satellite can also record changes as 1 centimeters on the surface of the earth.

NASA’s Jet Propulsion Laboratory (JPL) has created a long-wavelend L-band radar for NISAR. The Space Applications Center of India has built the short-wavelend S-band radar of this satellite. From this dual-frequency design, NISAR is the first meaning satellite with two radar systems. This satellite will provide important information about dangers like melting glacier on earth and rising sea levels.

The NASA-INRO Synthetic Apparel Satellite will be launched on Wednesday (July 30) for better assessment of dangers such as landslides and floods, along with monitoring soil moisture and vegetation on earth. The Indian Space Research Organization (ISRO) and the American Space Agency NASA have tied-up for this mission.

NISAR Satellite will be launched from Satish Dhawan Space Center in Andhra Pradesh on 30 July 8:10 AM (Indian time). For this, spacecraft of pickup truck size will be used. After reaching the orbit of this satellite, its dual-frequency radar will revolve around the earth 14 times a day. This will scan all land and snow surfaces on the earth every 12 days. This will make it easier for scientists to monitor soil moisture. Along with this, threats like landslides and floods can be better assessed.

For this satellite, NASA’s Jet Propulsion Laboratory (JPL) has created a long-wavelend L-band radar. India’s Space Applications Center has built a short-wavelend S-band radar. From this dual-frequency design, NISAR is the first meaning satellite with two radar systems. The spacecraft with its launch vehicle has been integrated at the Satish Dhawan Space Center used for the launch of satellites in India.

Gaganyaan’s first trial to send humans into India’s space will be done by the end of this year. ISRO has started preparations for this. Recently, ISRO Chairman, V Narayanan had said that three -un -crew space missions will be tried from October this year. This will be followed by two crew trial missions. The country’s first Astronaut will fly in an orbital space flight in 2027. With the success of this mission, India will become the fourth country in the world to send Human Mission in Space. Indian Astronaut Shubhanshu Shukla returned to the land on July 15 after spending more than two weeks at the International Space Station (ISS). He is the first Indian to visit ISS. However, he is the second person in the country to go to space after Wing Commander Rakesh Sharma.

Perseverance Rover of American Space Agency NASA has made a new record by completing the longest drive on Mars. Perseverance has completed a distance of more than 411 meters on a surface filled with rocks.

Its speed has also been higher than other rovers on Mars such as Curiosity and Opportunity of NASA. One of Science Alert Report According to, it can process and analyze images with a drive with an advanced self-driving software of Perseverance. Curiosity and Opportunity Rovers have to capture and process images before proceeding. Having a better capacity in Perseverance has increased the possibility for scientists with the aim of making new discoveries on Mars. Perseverance has made a lot of progress since landing on Mars about four years ago. This has done well in dealing with a path filled with challenges from 6.5 meters test drive.

Perseverance has also set a record of 700 meters of autonomous drive without human intervention. The drive making of this rover on June 19 was part of its mission to collect rock samples on Mars. For the last one and a half months, this rover has been searching for clay rocks on the Krokodillen plateau on the outer slopes of the Jezero Crater Rim. If the minerals called ‘Philosyls’ are found in rock samples, it may mean that there was a large amount of water on this planet.

This rover has discovered clay rocks on the crocodilain plateau that are weak and can break easily. Recently, with the help of China’s Zhurong Rover, scientists had gathered such evidence from which it was found that there was an ocean on Mars billions of years ago. The rover landed about four years ago in the northern low -lying areas of Mars. During this time the data collected during this period was also detected the geological characteristics showing the presence of ancient coastal line there. The rover analyzed a rock at the place called Utopia Planitia to get evidence.

Indian Astronaut Shubhanshu Shukla returned to Earth on Tuesday after spending more than two weeks at the International Space Station (ISS). He is the first Indian to visit ISS. However, he is the second person in the country to go to space after Wing Commander Rakesh Sharma.

The crew capsule of Spacex along with members of the Axiom-4 mission’s crew has landed 3 PM (according to Indian time) near San Diego on the banks of California in the US. This crew capsules have taken about 22.5 hours to return to Earth. The crew of this mission includes Shukla, apart from America’s peggy whitson, Slawosz Uznanski Wisniemski of Poland and Tibor Kapu of Hungary. Prime Minister Narendra Modi welcomed the group caption Shukla on social media platform x Post “I welcome him with the country on the return of Group caption Shubhanshu Shukla to Earth in the space of Group caption, Shubhanshu Shukla. It is another milestone in the direction of our Human Space Flight Mission – Gaganyaan.”

Axiom Space, a American company associated with space exploration, said that it is a major achievement for India, Poland and Hungary with a scientific success. This is the first time in more than four decades that these countries have sent their astronauts into space and this is the first time when Astronauts of these countries have worked as well as living on ISS. India has paid a cost of about seven million dollars for this mission.

The crew of this mission has done many experiments on ISS. Seven of these experiments were led by Shukla. Along with these astronauts, a swan toy called Joy was also sent as his indicator of zero gravity. This mission can give the Indian Space Agency ISRO significant lessons for the preparation of Gaganyaan. Group caption Shukla and other crew members will be in medical rehabilitation for about a week to adjust themselves with gravity on earth. This crew has brought important scientific data with it.

A new history has been added to the history related to the country’s space on Thursday. Indian Astronaut Shubhanshu Shukla, who is involved in the Axiom-4 mission, has achieved a major success by reaching the International Space Station (ISS). The four -member crew of this mission includes Shukla, apart from the American Peggy Whitson, Slawosz Uznanski Wisniieski of Poland and Tibor Kapu of Hungary. India’s first astronaut Rakesh Sharma made history by reaching space in 1984.

The Falcon 9 rocket of Spacex was launched on Wednesday at 12.01 PM with the Spacecon 9 rocket of Spacex from California’s Kennedy Space Center in the US on Wednesday. After about 29 hours of flight of this spacecraft, there is a docking with ISS on 4.01 on Thursday. After this docking, the crew and cargo of the Axiom-4 mission have reached ISS. Shukla has taken responsibility as a pilot of this mission. The ISS has more than 400 km from the US space agency NASA.

ISS is moving around the earth very fast and it takes about 90 minutes to complete an orbital cycle. The Dragon Spacecraft has to make considerable adjustments to synchronize its way of the orbit with the current position of ISS. For this, this spacecraft has roamed around the earth at least twice while changing its speed and path. This process is important for accurate and safe docking with ISS.

Axiom-4 mission crew members will do several experiments on ISS. Seven of these experiments will be led by Shukla. There is a participation of 31 countries in this mission, the NASA and the American Space Infrastructure Developer Axiom Space made strict preparations to bring this mission to ISS with security. For this, the launch of the mission was also postponed several times. Along with these astronauts, a Swain Toy called Joy has also been sent as his indicator of zero gravity. This mission can give the Indian Space Agency ISRO important lessons for the preparation of the country’s first Human Space Mission Gaganyaan.

The Axiom-4 mission has been launched on Wednesday after a few weeks of delay. Its crew also includes Indian Astronaut Shubhanshu Shukla. Shukla is handling the responsibility of this mission as a pilot. Apart from this, the crew consists of America’s peggy whitson, Poland’s Slawosz Uznanski Wisniewski and Hungary’s Tibor Kapu. Along with these astronauts, a Swain Toy called Joy has also been sent as his indicator of zero gravity.

The American Space Agency NASA has reported that the mission is to arrive at the International Space Station (ISS) at around 4.30 pm on Thursday (26 June). The AXIOM-4 mission will take about 29 hours to do the ISS about 400 km above the earth. The dragon spacecraft of Spacex located on Falcon 9 rocket will initially reach an orbit below ISS. This spacecraft will have to make changes in its way and height for docking (connecting) with ISS. This process is not easy because ISS is circling at a speed of around 28,000 km/h.

ISS is moving around the earth very fast and it takes about 90 minutes to complete an orbital cycle. The dragon spacecraft will have to synchronize its path of the orbit with the current position of ISS. For this, this spacecraft will roam around the earth at least twice while changing its speed and path. This process is important for accurate and safe docking with ISS. PEGY WHITSON is responsible for the Mission Commander in Axiom-4. Apart from the Indian Space Agency ISRO, Shukla has also trained abroad for this mission.

India’s first astronaut Rakesh Sharma made history by reaching space in 1984. Axiom-4 mission crew members will do several experiments on ISS. Seven of these experiments will be led by Shukla. There is a participation of 31 countries in this mission, the NASA and the American Space Infrastructure Developer Axiom Space made strict preparations to bring this mission to ISS with security. For this, the launch of the mission was also postponed several times.