JAXA Lands 10-Meter Reusable Rocket Prototype in 40-Second First Test
Updated
Updated · The Japan Times · Jul 11
JAXA Lands 10-Meter Reusable Rocket Prototype in 40-Second First Test
3 articles · Updated · The Japan Times · Jul 11
Summary
JAXA said its prototype reusable rocket completed its first liftoff-and-landing test at Noshiro in Akita, rising about 10 meters before touching down after roughly 40 seconds.
Takashi Ito, who led the launch, said the agency still needs to review flight data but was confident the test delivered useful results after the vehicle landed without problems.
Reusable first stages are a key cost target because they are typically the most expensive rocket component, and successful recovery could reduce launch expenses in a field led by SpaceX's Falcon 9.
The test comes as competition intensifies: China reported its first successful reusable rocket landing on Friday, while Honda's space unit became the first Japanese company to achieve one in June last year.
Japan is pushing to strengthen its rocket industry's global position after its flagship H3 returned to successful flight in June following an earlier satellite-launch failure.
Japan's new rocket flew for 40 seconds. Can it ever truly challenge SpaceX's decade-long market dominance?
With China succeeding just one day earlier, is Japan's reusable rocket test a scientific leap or a strategic necessity?
Japan’s RV-X Achieves First Successful Reusable Rocket Flight: Strategic Leap Toward Cost-Competitive Space Access in 2026
Overview
On July 11, 2026, JAXA achieved its first successful test flight of the RV-X reusable rocket, marking a major step in Japan's pursuit of advanced rocket technology and reusable space transport. This flight provided invaluable data and experience, which will be used to develop more advanced vehicles like CALLISTO—a collaborative project with Germany and France. CALLISTO, sharing technology with RV-X, aims for higher altitudes and speeds in upcoming tests. These efforts highlight Japan's commitment to sustainable, cost-effective space access and its role in the global push for reusable rocket technology.