Blue Origin Relaunches Recovered New Glenn Booster, Following SpaceX's Reusability Lead
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Blue Origin has successfully relaunched a previously recovered New Glenn orbital-class rocket booster, a milestone achieved nearly a decade after SpaceX first demonstrated the feat. The launch marks a significant step in expanding the commercial space industry's capacity for rocket reusability. This development could help lower the cost of access to space over time.
Facts First
- Blue Origin relaunched a recovered New Glenn booster in April, following its first orbital-class landing in November of last year.
- SpaceX first landed and relaunched a Falcon 9 booster in 2015 and 2016, respectively.
- Nearly 10 years passed between SpaceX's initial achievement and another entity performing a similar orbital booster relaunch.
- The Long March 12B rocket launched this week is backed by a Chinese state-owned aerospace enterprise.
What Happened
Blue Origin successfully launched a previously recovered New Glenn orbital-class rocket booster in April. This followed the booster's first successful landing in November of last year. The achievement comes nearly ten years after SpaceX first landed a Falcon 9 booster in 2015 and relaunched it a little over a year later. Separately, China's state-owned aerospace enterprise launched the Long March 12B rocket on Monday.
Why this Matters to You
Increased rocket reusability is a key factor that could lower the cost of launching satellites and other payloads into space over the long term. This may eventually lead to more affordable satellite-based services you use, such as global internet, Earth observation for weather and agriculture, and scientific research. A more competitive launch market with multiple providers achieving reusability could accelerate innovation and access to space.
What's Next
The successful relaunch by Blue Origin may intensify competition in the commercial launch sector, potentially leading to more frequent and cost-effective missions. Other entities, including state-backed programs like China's, are likely to continue developing their own reusable rocket technologies. The broader adoption of reusability appears to be a central goal for the next phase of space access.