A Chinese private launch company sent a new reusable-class rocket into orbit for the first time this week, the latest sign that China's commercial space sector is narrowing the gap with SpaceX in a field the U.S. company has dominated for nearly a decade.
Galactic Energy's Pallas-1 lifted off Tuesday morning from a dedicated pad at the Jiuquan Satellite Launch Center's commercial pilot zone in Gansu province and reached its designated orbit, according to Space.com. The two-stage, liquid-fueled rocket stands 52 meters tall, weighs about 283 tonnes at liftoff and can carry up to 7 tonnes to low Earth orbit — specifications that put it in roughly the same class as SpaceX's Falcon 9. Seven domestically built LOX-kerosene engines, designated CQ-50, power its first stage.
The debut flight carried a dummy payload rather than a paying customer's satellite, and Galactic Energy did not attempt to recover the first-stage booster on this launch, according to both Space.com and the South China Morning Post. The company says the booster is designed to withstand up to 25 flights, but it plans to test re-entry control, grid fins and braking systems on subsequent launches before attempting a full landing — a milestone it is now targeting for the second half of 2027.
China's crowded reusable-rocket race
Pallas-1's flight adds Galactic Energy to a small but growing group of Chinese private companies chasing SpaceX-style reusability, alongside rivals such as LandSpace, which has also been working toward a full booster recovery. Beijing has made "space power" status an explicit priority in its latest five-year plan, and Chinese regulators have separately eased IPO rules for firms developing reusable rockets — a policy tailwind that has helped funnel private capital into a sector that, until a few years ago, was dominated entirely by state-run programs.
The achievement is notable mainly for what it does not yet include: unlike SpaceX, which has landed and reflown Falcon 9 boosters thousands of times since 2015, Galactic Energy has only demonstrated that Pallas-1 can reach orbit intact. Actual reusability — the part of the equation that makes SpaceX's launch costs dramatically lower than its competitors' — remains a 2027 goal rather than a proven capability.
Still, industry analysts have described the launch as a meaningful data point in China's broader campaign to close a launch-cost gap that has given SpaceX a commanding share of the global commercial launch market. Whether Galactic Energy, LandSpace or one of their domestic rivals reaches full reusability first, the next eighteen months of test flights — and whether any of them stick the landing — will determine how real that competitive threat becomes.
