All verified mentions of this organization in source documents.
The Axiom-4 mission, launched on June 25, enabled the Indian space agency ISRO to conduct microgravity experiments aboard the International Space Station.
ISRO is developing a national space station called Bharat Antariksh Station expected to become a reality by 2035.
ISRO unveiled a 15-year roadmap aiming to position India as a leading spacefaring nation.
NAVIC was developed by ISRO as a regional navigation system with seven satellites, and NAVIC’s first satellite was launched on July 1, 2013.
ISRO’s Space Capsule Recovery Experiment (SRE) was placed in orbit and recovered from the Bay of Bengal after reentering from an altitude of 635 kilometers in 2007 to test thermal protection and other technologies.
The initiative to develop advanced rocket propulsion technology traces back to work initiated by ISRO’s first chairman, Dr. Vikram Sarabhai, shortly before his death in 1971.
The Indian Space Research Organization (ISRO) laid the cornerstone for a new rocket launch facility in Tamil Nadu on August 27, 2025.
The launch facility will include a rocket assembly building, launch pad, radar system, and telemetry equipment, with key systems developed independently by ISRO.
NISAR has formal Level 1 requirements from ISRO to understand the nature of India's landmass and shorelines for agricultural and civilian development planning.
ISRO’s Chandrayaan 2 orbiter has aided NASA in selecting candidate landing sites for the Artemis III Moon mission.
ISRO’s radar technology, initially developed for Earth observation, evolved for use on the Chandrayaan 2 orbiter before being integrated into NISAR.
The US Government Accountability Office assessed NISAR's development in 2018 and found it was progressing despite procedural risks between NASA and ISRO.
ISRO’s formal contribution to NISAR with the S-band radar was established in 2014 to meet India’s specific goals.
NASA, ESA, and ISRO plan to coordinate their respective Venus missions and share data to enhance scientific output.
ISRO’s upcoming Shukrayaan Venus orbiter will fly the highest resolution radar yet over Venus, taking cues from both the Chandrayaan 2 orbiter and NISAR.
NISAR combines a longer wavelength L-band synthetic aperture radar from NASA with a complementary shorter S-band system from ISRO.
NASA and ISRO have integrated joint Level 1 requirements for NISAR to conduct emergency observations after natural or human disasters worldwide.
The ISRO contribution to the NISAR project is estimated at approximately $90 million.
ISRO’s contribution to the NISAR project is estimated at approximately $90 million.
NISAR carries two radar instruments: an L-band radar provided by NASA and an S-band radar built by ISRO.