China has achieved a historic milestone in space exploration by successfully landing and recovering the booster stage of its Long March-10B rocket, joining SpaceX and Blue Origin as the only organizations to have pulled off this feat. The recovery, which occurred on Friday, marks China's first controlled rocket booster recovery and signals that the country is rapidly closing the gap with SpaceX's dominance in reusable rocket technology.

What Makes Reusable Rockets So Important?

Reusable rockets are the foundation of affordable space access. Instead of letting expensive booster stages burn up during reentry, companies can catch and reuse them for future launches, dramatically cutting costs. SpaceX pioneered this approach when it successfully landed its first Falcon 9 booster in December 2015, a breakthrough that transformed the economics of spaceflight. Since then, SpaceX has launched and recovered the Falcon 9 hundreds of times, making it the workhorse of the modern space industry.

China's Long March-10B booster uses a different recovery method than SpaceX's approach. Rather than deploying landing legs to touch down on a platform, China's rocket is captured by a large net strung across a frame aboard a recovery ship in the ocean. Local media reported this as the world's first "net-based recovery" of a rocket. The booster touched down approximately six minutes after launch, demonstrating sophisticated guidance software, reliable sensors, and engines capable of restarting and surviving the intense heat of atmospheric reentry.

How Does China's Rocket Compare to SpaceX's?

The Long March-10B can carry approximately 16 tons of payload to low-Earth orbit, which is competitive with SpaceX's Falcon 9, which carries 22 tons. However, SpaceX's next-generation Starship is designed to carry over 100 tons, giving the company a significant advantage in heavy-lift capacity. China's rocket also lags behind in launch frequency. SpaceX completed 165 orbital flights in 2025, nearly twice as many as China's entire space program launched in the same year.

Despite these differences, Elon Musk himself acknowledged the threat in an October post on X, noting that China's reusable rockets were catching up with the Falcon 9. He observed that China had "added aspects of Starship, such as use of stainless steel and methalox," to a Falcon 9-style architecture, which could enable their rockets to eventually match or exceed Falcon 9 performance.

What Are the Geopolitical Implications?

China's breakthrough has significant consequences for global competition in space. The country is not expected to directly compete with SpaceX for U.S. and European launch customers due to national security rules that effectively divide the global rocket market between the West and China-Russia. However, a fully reusable rocket would enable China to dramatically reduce launch costs for its own satellite networks and could position the country to offer cheap launch services to nations in Africa, the Middle East, and Southeast Asia.

This matters because China is simultaneously building a Starlink competitor. The state-backed company SpaceSail has launched approximately 200 satellites into orbit since 2024, far behind Starlink's estimated 10,000 satellites in low-Earth orbit. But with cheaper launch costs, China could accelerate this expansion and compete for global satellite internet customers.

For the U.S. military, the implications are sobering. A reusable rocket would give China a diminished advantage in space capabilities. Adding to these concerns, investigative journalists recently reported new documents showing that China and Russia are cooperating on ways to damage Starlink because of its successes in Ukraine.

What's Next for SpaceX and the Competition?

SpaceX's response to this challenge hinges on Starship, its much larger next-generation rocket. The last attempt to launch Starship produced mixed results, but the company is expected to make another attempt this month. A static fire test of the massive booster appeared to go smoothly, suggesting progress toward the next full launch attempt.

Meanwhile, China's CALT (China Academy of Launch Vehicle Technology) has announced plans to attempt reusing the Long March-10B booster by the end of 2026, which would mark another major milestone in the country's push toward operational reusable rockets.

How to Understand the Broader Space Race

• Reusability Revolution: The shift from single-use to reusable rockets has cut launch costs by orders of magnitude, making space more accessible for commercial and government missions worldwide.
• Launch Cadence Matters: SpaceX's ability to launch nearly every other day in 2025 demonstrates operational maturity that competitors have not yet achieved, giving the company a sustained advantage in market share and revenue.
• Satellite Networks as Strategic Assets: Both SpaceX's Starlink and China's emerging satellite internet services are becoming critical infrastructure for global communications, making rocket reusability a matter of national and economic importance.

"When China figures out how to reuse them, that is going to drop the launch cost for them tremendously and then they could use it as part of their soft power outreach to launch things for potential allies very cheaply," said Victoria Samson, chief director for Space Security and Stability at the Secure World Foundation.

Victoria Samson, Chief Director for Space Security and Stability at the Secure World Foundation

China's Long March-10B recovery represents a watershed moment in the global space industry. While SpaceX remains far ahead in operational launch cadence and payload capacity, the gap in reusable rocket technology has narrowed significantly. The next few years will determine whether SpaceX can maintain its dominance through Starship's success or whether China's lower-cost approach and government backing will reshape the competitive landscape.