Japan Successfully Launches H3 Rocket with Six Satellites After Previous Failure
Japan's space agency JAXA successfully launched its flagship H3 rocket on June 12, 2026, carrying six small satellites into orbit from Tanegashima Space Center. The launch marks a recovery after a December 2025 failure and represents progress toward JAXA's goal of increasing the H3's launch frequency to compete globally. The success is significant for Japan's space industry competitiveness as it seeks to capture growing demand for satellite launches amid competition from SpaceX and emerging private space companies.
Japan's space agency JAXA successfully launched the H3 rocket on Friday, June 12, 2026, at 9:53 am from Tanegashima Space Center in southern Japan, carrying six small satellites into orbit. The launch comes months after a December 2025 failure that ended a previous mission to deploy a geolocation satellite. JAXA president Hiroshi Yamakawa stated the rocket performed according to plan and successfully placed the second stage into its intended orbit before releasing all six satellites, one of which is testing space debris capture technology. The H3 was developed to enhance Japan's international competitiveness in the rocket industry, with JAXA targeting up to eight launches annually—still far below SpaceX's 165 Falcon 9 flights in 2025 compared to H3's two launches. The success reflects JAXA's efforts to improve reliability following the previous failure, and positions Japan to capitalize on growing global demand for satellite launches amid a rocket shortage and intensifying competition from private space companies.
What different sources said
- Channel NewsAsiaCenter
Japan flagship rocket lifts off after earlier failure
- The Japan TimesCenter
Japan successfully launches H3 rocket
Related
Study reveals significant differences between American and Chinese vaginal microbiomes
Chinese researchers have identified substantial differences in vaginal microbiome composition between American and Chinese women, including higher prevalence of bacteria linked to bacterial vaginosis and preterm birth in American populations. The study, published in Nature Genetics, analyzed samples collected over years starting in 2018 and created the world's most extensive genomic map of the female reproductive tract. The findings suggest that vaginal health treatments may need to be tailored to specific populations rather than using universal approaches.
Rare Goblin Sharks Filmed in Natural Deep-Sea Habitat for First Time
Researchers have successfully filmed goblin sharks in their natural deep-sea environment, marking the first time these elusive creatures have been observed alive in the wild rather than on fishing lines. Goblin sharks are extremely rare deep-sea creatures that typically die shortly after being caught by fishermen, making direct observation in their habitat scientifically significant. This footage provides unprecedented insights into the behavior and ecology of one of the ocean's most mysterious species.
Global Climate Plans Fail to Adequately Protect Vulnerable Populations, Research Shows
An international research analysis of national climate adaptation plans found that most countries fail to fully integrate health needs or protect populations most at risk from climate change. The studies examined climate commitments from numerous countries submitted to the United Nations and used artificial intelligence to assess their adequacy. The findings highlight a critical gap between climate planning commitments and protections for vulnerable groups who face the greatest climate risks.