All articles tagged with #isro
AST SpaceMobile launched its next-generation BlueBird 6 satellite into low Earth orbit using India's largest rocket, ISRO's LVM3, marking a significant step in deploying a large constellation of high-capacity, direct-to-device communication satellites aimed at expanding 5G coverage globally. The company plans to launch up to 60 satellites by 2026, utilizing multiple launch providers including SpaceX and Blue Origin.
India's space agency ISRO launched its heaviest satellite, CMS-03, weighing about 4,410 kg, from Sriharikota to enhance secure communication for the navy, marking a significant milestone in India's expanding space program and ambitions for future crewed missions.
India successfully launched the CMS-03 military communications satellite into geostationary transfer orbit using its most powerful rocket, LVM3, enhancing secure communication capabilities for the Indian Navy.
NASA and ISRO's joint NISAR satellite has captured its first detailed radar images of Earth's surface, demonstrating its capabilities in monitoring land and ice surfaces for applications like disaster response and environmental management, with full science operations expected later this year.
NASA and ISRO's joint NISAR satellite has captured its first detailed radar images of Earth's surface, demonstrating its capabilities in monitoring land and ice surfaces for applications like disaster response and environmental management, with full science operations expected later this year.
The NISAR satellite, a collaboration between NASA and ISRO, successfully deployed its giant 39-foot radar antenna reflector in orbit, marking a significant milestone. This advanced radar system will monitor Earth's surface changes, aiding in disaster response, climate research, and ecosystem management, with the deployment enabling high-resolution imaging crucial for scientific and practical applications.
The NASA-ISRO NISAR satellite, equipped with advanced radar systems to monitor Earth's surface changes, was successfully launched from India, marking a significant international collaboration to enhance understanding of Earth's dynamic land and ice surfaces for disaster response, environmental monitoring, and scientific research.
Indian and US space agencies launched the Nisar satellite, a sophisticated radar system capable of detecting minute changes on Earth's surface, to aid in disaster preparedness and climate change monitoring, marking a significant milestone in international space collaboration.
NASA and ISRO launched the NISAR satellite, a groundbreaking joint mission equipped with dual radar systems to monitor Earth's surface with high precision, aiming to improve disaster response and understanding of natural phenomena.
A joint NASA and ISRO project is set to launch the advanced Earth-observing satellite NISAR on July 30 using India's GSLV Mk II rocket, aiming to monitor land, ice, and ocean changes with high precision to aid natural hazard prediction and resource management.
India's ISRO has prepared the U.S.-Indian NISAR Earth-observing satellite for launch on July 30, a joint NASA-ISRO project that will study Earth's land, ice, and oceans using synthetic aperture radar from orbit, aiming to improve understanding of land deformation, ecosystems, and oceanic regions.
NASA and India's ISRO are launching the $1.5 billion NISAR satellite in 2025, equipped with advanced SAR technology to provide unprecedented, weather-independent, high-resolution monitoring of Earth's surface, aiding in climate change research, disaster management, and agriculture.
India's ISRO successfully launched the Proba-3 mission satellites, marking a significant achievement in space exploration. The mission, led by the European Space Agency (ESA), aims to demonstrate precise formation flying with two spacecraft, the Coronagraph Spacecraft and the Occulter Spacecraft, to study the Sun's corona. This collaboration between ISRO and ESA highlights advancements in solar research and international cooperation in space technology.
The European Space Agency's Proba-3 mission, set to launch on December 4, 2024, aboard an Indian PSLV rocket, will use two satellites to create artificial solar eclipses in space. This mission aims to study the sun's corona by blocking its disk with one satellite while the other observes, allowing for extended observation periods compared to natural eclipses. The mission will also demonstrate precise formation flying, potentially paving the way for future large-scale space missions.
The European Space Agency (ESA) is set to launch the Proba-3 mission from India using an ISRO PSLV-XL rocket. This mission involves two spacecraft designed to study the Sun's corona by creating artificial solar eclipses, allowing for extended observation periods. The mission, which will demonstrate precision formation flying, is part of ESA's efforts to validate new space technologies. Proba-3's success could pave the way for future missions, including exoplanet discovery and advanced astronomical interferometry.