China’s aerospace ambitions are no secret, but what happens when innovation turns into imitation? While the country is forging ahead with its Long March rocket series, some Chinese companies are taking a different route—borrowing heavily from Western designs, particularly those of SpaceX. Falcon 9 clones are popping up with increasing frequency, though none have successfully landed yet. But here’s where it gets controversial: despite these challenges, several firms are now setting their sights on replicating SpaceX’s Starship, the groundbreaking reusable rocket that has captured the world’s imagination. Ars Technica recently reported on yet another Starship clone emerging from China, raising questions about originality versus imitation in the space race (https://arstechnica.com/space/2025/12/oh-look-yet-another-starship-clone-has-popped-up-in-china/).
The most notable example is the Long March 9, which, while not an outright Starship clone, has been redesigned to incorporate full reusability—a stark shift from its original expendable design (https://www.extremetech.com/aerospace/chinas-long-march-9-rocket-is-becoming-more-and-more-like-starship). Meanwhile, Chinese firm Cosmoleap is developing its own large-scale, fully reusable rocket. The latest entrant? Beijing Leading Rocket Technology, which is reportedly working on a “Starship-1” design that claims to use AI to improve upon SpaceX’s original concept. And this is the part most people miss: while the current design is smaller, the company plans to scale it up as development progresses.
Ambitious? Absolutely. Realistic? That’s another question. Many of these projects may never leave the drawing board, let alone reach the launchpad. But the intent is clear: China is determined not to be left behind in the race for space dominance.
One of SpaceX’s most impressive feats with Starship is its ability to catch the first-stage booster using its “Chopsticks” system—a technological marvel that has yet to be replicated. Credit: SpaceX
Here’s the catch: SpaceX itself is still proving Starship’s viability. While it has achieved some successful launches (https://www.extremetech.com/aerospace/flight-11-is-starships-second-successful-launch-of-2025), it has also faced numerous explosive failures (https://www.extremetech.com/aerospace/spacex-starship-explodes-on-launchpad-ahead-of-static-fire-tests). Starship has yet to demonstrate successful orbital capabilities or the orbital refueling required for missions beyond cargo transport. These delays are even putting its role in NASA’s Artemis III mission at risk (https://www.extremetech.com/aerospace/nasa-opens-artemis-iii-contract-to-other-providers-following-starship-delays).
But here’s the undeniable truth: SpaceX has proven that reusable rockets are the future. They’re cheaper, more sustainable, and offer a significant advantage in the race to explore the stars. A fully operational Starship would solidify the United States’ lead in space technology, leaving global competitors scrambling to catch up. China’s rush to clone these designs underscores just how high the stakes are.
Controversial question for you: Is China’s approach to space innovation—borrowing heavily from Western designs—a shortcut to progress or a missed opportunity for originality? Let’s debate this in the comments. After all, in the race to the stars, does it matter who leads the way—or only that humanity gets there?
