भारतीय अंतरिक्ष अनुसंधान संगठन
The Indian Space Research Organisation (ISRO) is India's national space agency, responsible for space-based operations, exploration, and the development of related technologies. As a key part of the Department of Space, ISRO designs and develops launch vehicles and satellites, including the INSAT series for communication and the IRS system for remote sensing. ISRO operates launch facilities like the Satish Dhawan Space Centre and collaborates with international partners such as NASA and CNES. ISRO's work enables services like telecommunications, broadcasting, weather forecasting, resource monitoring, and navigation. Key words: space agency, satellites, launch vehicles, exploration, remote sensing, communication.
All verified mentions of this organization in source documents.
Dr Mansukh Mandaviya witnessed the complete cycle of satellite assembly, integration, and testing at ISRO-SITE.
Dr Mansukh Mandaviya visited ISRO-SITE (ISITE).
Both PROBA-3 spacecraft were launched aboard an ISRO PSLV-XL rocket in December 2024.
The new Implementing Arrangement between the Canadian Space Agency and the Indian Space Research Organisation is expected to encompass atmospheric sciences, space robotics, human spaceflight, and quantum communication technologies.
Canada and India will pursue a new Implementing Arrangement under the existing framework between the Canadian Space Agency and the Indian Space Research Organisation.
India’s new space policy is positioning ISRO to play more of an R&D role while transferring satellite manufacturing and launch operational activities to the private sector.
ISRO determined that the pyro valve failure was caused by disengagement of contacts in the connector, indicating a loose plug.
ISRO determined that the pyro valve for NVS-02's oxidizer line did not fire.
ISRO released the results of its investigation into the NVS-02 orbit-raising failure.
The LUPEX rover will be delivered to the Moon by an ISRO-made lander that will launch on Japan’s heavy-lift H3 rocket.
ISRO has narrowed candidate landing areas in Mons Mouton at approximately 84–85° S for the Chandrayaan 4 sample return mission.
ISRO is using data from the Chandrayaan 2 orbiter to perform finer landing site selection for Chandrayaan 4.
The joint ISRO-JAXA LUPEX rover mission is planned to travel to the lunar south pole.
The Indian Space Research Organization launched the Chandrayaan mission with AI-based terrain observation systems.
The Indian Space Research Organisation views space as a contested commons requiring assets capable of maneuvers to avoid electronic interference or physical kinetic threats.
The January 2025 GSAT-20/CMS-03 mission was the first time the Indian Space Research Organisation used a private American heavy-lift vehicle to deploy a critical national security asset.
Orbital Paradigm’s KID reentry vehicle survived long enough to transmit valuable data despite ISRO’s PSLV failing during launch.
The First Launch Pad was built in the early 1990s for ISRO to launch the PSLV and also supports launches of the smaller SSLV rocket.
ISRO plans a dedicated SSLV launchpad optimized for polar orbits, with the first orbital launch from that pad expected in 2028 after slipping from an earlier 2025 target.
ISRO is pursuing a technology transfer contract with Hindustan Aeronautics Limited to productionize the SSLV.