Chinas Long March 10B Milestone Sparks Debate on Reusability and Innovation in Global Space Race — HM7sIfTXsAAJiC
In the fast-evolving world of space exploration, a single X post can ignite passionate discussions about technological superiority, national pride, and the future of humanity's reach beyond Earth. On July 11, 2026, astrophysicist and space enthusiast Peter Hague (@peterrhague) responded to a provocative claim by popular tech YouTuber Zack Nelson of JerryRigEverything (@ZacksJerryRig). The exchange highlights ongoing tensions and excitement surrounding China's rapid advancements in reusable rocketry versus established players like SpaceX. The original post by Zack Nelson featured an image of a white rocket booster being recovered at sea on a platform, captioned: "So this is why elon wanted to rush the IPO so bad… China just did it cheaper on their first try. RIP" with an embedded image of the recovery. Peter Hague's reply (Post ID: 2075856115523325982): "It’s not their first try, they haven’t reused a booster yet, there are no published prices for commercial LM-10B yet, export controls make it basically impossible for a US company to fly payload on one anyway, and Starship is coming online soon - but, yeah, aside from that… " Peter Hague's post garnered significant engagement: ~3,879 likes, 117 reposts, 363 replies, and over 97,000 views as of the latest data. Peter Hague's Profile and Avatar: Avatar: Bio: "Solutionist. Astrophysics PhD and scientific software engineer. Dad of 2. Let’s colonise the solar system together. Please visit the link below to read my blog:" (links to planetocracy.org). On July 10, 2026, China successfully launched the Long March 10B (CZ-10B or LM-10B) from the Wenchang Space Launch Site on Hainan Island. This was its maiden flight. The rocket placed the CX-26 experimental satellite into an approximately 800 km orbit. Critically, the first-stage booster was recovered using a novel sea-based net-and-cable system on a floating platform (reportedly the vessel Linghangzhe). ### Background Reusable rockets have transformed economics. SpaceX's Falcon 9 has landed hundreds of times, driving launch costs down dramatically (reportedly ~$2,700–$3,000/kg to LEO in reusable mode). Blue Origin's New Glenn achieved a sea landing in 2025. SpaceX's Starship aims for full reusability. China's LM-10B joins this club but with differences: Not "First Try" Entirely. ### Key Facts The Long March 10B is a two-stage, medium-lift, partially reusable rocket. It has a height of approximately 63 meters (207 feet) to ~70 meters depending on sources. The diameter is 5.0 meters. The booster engines are seven YF-100K kerosene/LOX engines. The upper stage is a single YF-219 methane/LOX engine. The payload capacity in reusable mode is ~16 tonnes to Low Earth Orbit (LEO). The recovery method uses a net/cable system on a seaborne platform for "catch" similar in concept to SpaceX's tower arms but adapted for sea. ### The Debate Peter Hague's tweet sparked a debate about China's rapid advancements in reusable rocketry and its implications for the global space race. Some argue that China's achievement is a significant milestone in the development of reusable rockets, while others claim that it is not a first try and that export controls make it difficult for US companies to compete. ### Reaction The reaction to China's Long March 10B milestone has been mixed. Some have praised China's achievement, while others have expressed concerns about the implications for the global space race. Peter Hague's tweet has sparked a lively debate on X, with many users sharing their thoughts on the matter. ### What's Next The Long March 10B is a significant milestone in China's space program, and it has sparked a debate about the future of reusable rocketry. As the global space race continues to evolve, it will be interesting to see how China's achievement impacts the industry. ### Implications The implications of China's Long March 10B milestone are far-reaching. It has sparked a debate about the future of reusable rocketry and the global space race. The achievement has also raised questions about the role of export controls in the development of reusable rockets. ### Conclusion The Long March 10B milestone has sparked a debate about China's rapid advancements in reusable rocketry and its implications for the global space race. As the industry continues to evolve, it will be interesting to see how China's achievement impacts the development of reusable rockets.
Chinas Long March 10B Milestone Sparks Debate on Reusability and Innovation in Global Space Race — 7JwyP0lF
Chinas Long March 10B Milestone Sparks Debate on Reusability and Innovation in Global Space Race — HM19FYaWgAAjzjI

For more on this, see arstechnica.com.

For more on this, see Long March 10B.

For more on this, see making history china lands rocket during an orbital launch for 1st time ever.

For more on this, see china recovers long march 10b reusable rocket maiden launch.

For more on this, see scientificamerican.com.

For more on this, see china catches orbital rocket net sea long march 10b joins reuse club.

Frequently Asked Questions

What is the Long March 10B rocket?
The Long March 10B is a two-stage, medium-lift, partially reusable rocket developed by China. It has a height of approximately 63 meters (207 feet) to ~70 meters depending on sources, a diameter of 5.0 meters, and is powered by seven YF-100K kerosene/LOX engines and a single YF-219 methane/LOX engine.
What is the significance of the Long March 10B's maiden flight?
The Long March 10B's maiden flight is significant because it marked the first time a Chinese rocket has successfully launched and recovered a booster on a maiden flight. This achievement demonstrates China's capabilities in reusable rocketry and has sparked a debate about the future of the industry.
How does the Long March 10B's recovery method work?
The Long March 10B's recovery method uses a novel sea-based net-and-cable system on a floating platform. This system is similar in concept to SpaceX's tower arms but adapted for sea. The system is designed to catch the booster in mid-air and secure it for recovery.
What are the implications of the Long March 10B's achievement for the global space race?
The Long March 10B's achievement has sparked a debate about the future of reusable rocketry and the global space race. It has raised questions about the role of export controls in the development of reusable rockets and has highlighted China's capabilities in the industry.
What's next for the Long March 10B program?
The Long March 10B program is expected to continue with further development and testing of the rocket. China plans to use the Long March 10B for a variety of missions, including satellite launches and space station resupply.