Chennai: The Indian Space Research Organization (isro) and the US space agency nasa have Jointly developed a Earth observation satellite, which will be launched on July 30, 2025.
Isro Chief Dr V Narayanan said, ‘Isro will launch the nasa-isro syntic aperture radar (nisar) satellite on July 30 using the GSLV-F16 Rockt.’
Dr Narayanan Said That This Satellite will scan the entry globe and provide high-resolution all -weather imagery imagery non stop across a 242 km swath.
Isro Chairman Told that this Satellite will be useful not only for India and America but also for the whole world.
The nisar (nasa-isro synthetic aperture radar is) is a joint-obsevation satellite mission between nasa and isro. The mission aims to study earth’s surface changes, natural hazards, and climate patterns using advanced radar imaging technology.
Isro Chief Further Said, “We are going to launch the nasa-isro synthetic aperture radar (nisar) satellite through the GSLV-S16 Rocke by July 30th.”
This satellite will be installed at an altitude of 740 km through the Indian-Made GSLV-F16 Rocket. This satellite will be able to take clear pictures of the earth day and night despite bad weather, clouds and rain. It will be used to manage landslides, natural disasters and monitor climate change.
The satellite will systematically map the Earth’s Surface and Monitor Dynamic Processes Nisar will provide high-resolution data critical for monitoring natural disasters, environmental degradation and pressure on infrastructure.
He added, ‘in the coming four years isro will divide 55 satellites (which iscurrently operating) Into Three different categories.
Narayanan also Gave Information About The Aditya L1 Mission Sent to Study The Sun. He said that this satellite was launched on January 26 with a weight of 1.5 kg and it has sent important data to the sun to iso, whose scientific analysis is going on.
Narayanan also Gave an update on the gaganyaan mission, which aims to send Indian astronauts to space. In December, a robot called vyommitra will be sent to space to test the systems. If this humanoid mission is successful, two more unmanned missions will be launched next year.
