Off the Chinese coast on a Friday in July 2026, a spent rocket booster fell out of the sky toward a waiting ship. Instead of landing legs, the vessel carried netting strung across a large frame, and the booster dropped into the catch. With that, China’s Aerospace Science and Technology Corporation became the second country’s space program to bring an orbital-class booster home from flight, the feat that made SpaceX the company to beat.
The Long March booster can haul roughly as much payload as SpaceX’s workhorse Falcon 9, and CASC said it would try to fly the recovered hardware again before the end of the year, TechCrunch reported. The catch itself is only half the trick. Bringing a booster back to a moving ship in controlled flight takes guidance software, sensors, and engines that can restart reliably and take the punishment of falling back through the atmosphere.
Why the Lead Is Still SpaceX’s
The company that Elon Musk founded is setting fresh launch records every year with a fleet of reused Falcon 9 boosters. That cadence underpins Starlink, the satellite network that needs cheap and regular access to orbit, alongside missions flown for NASA and for the U.S. Space Force. Reusability has not made launches cheap overnight: recovery, inspection, refurbishment and testing all cost money. But repeated flights let engineers tighten reliability and treat launches as routine operations rather than national events.
Victoria Samson of the Secure World Foundation called the Chinese demonstration a “huge game changer” and spelled out the stakes. “When China figures out how to reuse them, that is going to drop the launch of 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.”
The Real Battle Lines
National security rules split the launch market, keeping China from competing directly with SpaceX for customers in the United States and Europe. Where a reusable Chinese rocket bites is elsewhere: it would let China’s satellite networks and hypothetical orbital data centers challenge Starlink across Africa, the Middle East and into Southeast Asia, and it would shave the U.S. military’s advantage in space. The recovery came days after a consortium of investigative journalists published documents showing China and Russia exploring ways to damage Starlink because of its role in Ukraine.
SpaceX’s answer is size. Its much larger Starship reached orbit for the first time on September 28, 2026, and deployed 26 next-generation Starlink satellites before an engine problem cut the flight short. In October the company also agreed to pay about $8 billion for a nationwide portfolio of 800 MHz spectrum, pushing Starlink toward direct-to-device mobile service in a deal Reuters reported and that still needs regulatory approval. Musk has floated initial satellites carrying AI computing hardware as early as late 2027.
The chasing pack is growing. Blue Origin recovered a booster in 2025 and reflew it earlier this year before a rocket exploded on its pad in May. Rocket Lab is building the reusable Neutron, and Stoke Space hopes to test a fully reusable rocket this year. The dominance is real, but it now has a queue behind it.
Sources
- Elon Musk's SpaceX: Scaling Commercial Space Technology
- China is catching up to Elon Musk's reusable rockets | TechCrunch
