Japan plans to launch two more navigation satellites to have a seven-satellite system by March 2026 to have a more precise global positioning capability without relying on foreign services ...
The H3 successfully sent the 10,800-pound (4,900-kilogram) Michibiki 6 to geostationary transfer orbit, deploying it there 29 minutes after launch as planned. After the satellite makes its way to ...
Japan's flagship H3 rocket put a key component of Japan's satellite navigation program to eventually wean the nation off its dependence on foreign satellites into orbit on Feb. 2 on its fifth ...
Since then, it has had a successful run of launches, most recently launching the Kirameki 3 communications satellite for defense purposes in November last year. The expendable rocket was designed ...
GSLV-F15 is the launch vehicle under the ISRO Geosynchronous Satellite Launch Vehicle program carrying the NVS-02 satellite. NVS-02 will be one of the constellations belonging to NavIC of India.
29 (UTC), carrying the NVS-02 satellite. Credit: ISRO HELSINKI — India conducted its first launch of the year late Tuesday, sending a new-generation navigation satellite towards geostationary orbit.
India just launched its first mission of 2025. The Indian Space Research Organisation's (ISRO) Geosynchronous Satellite Launch Vehicle (GSLV) lifted off from Satish Dhawan Space Centre on schedule ...
Japan plans to launch two more navigation satellites to have a seven-satellite system by March 2026 in order to have a more precise global positioning capability without relying on foreign ...
ISRO has launched its 100th rocket, the GSLV-F15, carrying the NVS-02 satellite to enhance India's Regional Navigation Satellite System. This launch aims to improve positioning accuracy, with 5 of 7 ...
The H3 Launch Vehicle No. 5, carrying the Quasi-Zenith Satellite "Michibiki No. 6," lifts off at a launch pad in Tanegashima Space Center in Tanegashima, southern Japan, Sunday Feb. 2, 2025.