China has landed two orbital rocket boosters, but neither has flown again. In the same year, SpaceX surpassed 600 booster reflights. Landing a booster is one challenge; flying it again is another. So far, China has publicly demonstrated only the first.
The Comparison at a Glance
| Measure | China | SpaceX |
|---|---|---|
| First orbital booster recovery | 10 July 2026, Long March 10B, net catch at sea | December 2015, Falcon 9, ground landing |
| First recovery on legs | 18 August 2026, Zhuque-3 | December 2015 |
| Boosters reflown | None as of September 2026 | More than 600 reflights |
| Fastest booster turnaround | Not applicable yet | Weeks |
| Orbital launches, 2025 | 92 national total | Most of the United States total |
| Launches by end of March 2026 | 34 | 22 of the United States’ 29 |
| Operators recovering boosters | Two, one state and one private | One |
| Reusable vehicles in development | At least six | Falcon 9, Falcon Heavy, Starship |
China Has Landed Two Boosters
Two Chinese recoveries in 2026 settled a question that was open in 2025. The Long March 10B, built by the state-owned CASC, launched from Hainan on 10 July and its first stage was caught in a net on a sea platform. Five weeks later LandSpace flew Zhuque-3 from Jiuquan, delivered the Honghu-03 satellite, and set the first stage down on four legs about 390 kilometers downrange.
Both results are real and neither is a reflight. The Zhuque-3 booster later toppled when a fire during propellant offloading weakened a leg, which removed the most obvious candidate for China’s first reflown stage.
Full status for every Chinese program sits on the China reusable rockets page.
No Chinese Booster Has Flown Twice
SpaceX needed roughly fifteen months between landing a Falcon 9 booster in December 2015 and reflying one in March 2017. That interval covers inspection, engine teardown, weld checks, and requalifying a stage that has already been through launch, reentry heating, and a landing burn.
China’s two programs entered that interval in mid-2026. CASC has said it wants to refly the Long March 10B first stage before the end of the year. LandSpace set a six-month target for Zhuque-3 before its booster fell over.
Neither target has a flown precedent behind it, and SpaceX’s own fifteen-month gap came from a company already launching dozens of missions a year with a large engineering staff on the problem.
The specific unknown for Zhuque-3 is what the post-landing fire did to the stage. A booster that needs an engine rebuild after one flight is a different economic proposition from one that needs an inspection, and LandSpace has not published a damage assessment.
Catching and Landing Are Not the Same Result
China’s two 2026 recoveries used opposite methods, and lumping them together hides what each proved. The Long March 10B was caught in a net on a sea platform, so the stage carried no landing legs at all. Zhuque-3 landed on its own four legs at a pad in Gansu.
Catching saves the mass of the legs and their mechanisms, which converts directly into payload. It demands far tighter guidance, because the recovery hardware sits in one fixed place and the booster has to arrive there rather than anywhere flat. Landing on legs is more forgiving of a few meters of error and costs payload to carry the legs.
SpaceX has flown both approaches across its fleet, landing Falcon 9 on legs and catching the Super Heavy booster with tower arms. China is now testing both in parallel under two different owners, which is unusual and expensive, and which gives it two independent shots at a working method.
China Launches More Often Than Any Country but the US
China out-launches every country except the United States and, by national total, has been beating it outright. China flew 92 orbital launches in 2025, a national record, and the founder of CAS Space put the 2026 target near 140, according to SpaceNews. By the end of March 2026, China had 34 successful orbital launches to the United States’ 29, with SpaceX flying 22 of the American total.
Those numbers reward reading carefully. China’s total comes from many different rockets built by many organizations, most of them expendable. The American total comes largely from one vehicle flying over and over. A country that launches 140 times with 140 new rockets and a company that launches 100 times with 20 boosters are running different businesses at similar flight rates.
Mass to orbit tells a different story again. Starlink missions carry heavy batches, and SpaceX lifts more tonnage per year than the entire Chinese sector.
Both Sides Converged on Methane
China and SpaceX both chose methane, roughly a decade apart. SpaceX built the Raptor engine for Starship because methane burns clean enough to cut the scrubbing that soot-heavy kerosene engines need between flights, and because it can in principle be made on Mars. LandSpace built the TQ-12 family for the same turnaround reason and flew Zhuque-2 to orbit on methane in 2023, ahead of any American methane rocket reaching orbit.
That is one line where China got somewhere first. It is also a narrower lead than it sounds, since Zhuque-2 was a small expendable rocket and Raptor was being built for a vehicle two orders of magnitude larger.
Kerosene has not disappeared. The Long March 10B, Tianlong-3 and Pallas-1 all burn kerosene with liquid oxygen, as Falcon 9 does. The propellant split inside China’s own reusable field is wider than the split between China and the United States.
The Cost Claims Do Not Compare Cleanly
Published Chinese launch prices are lower per kilogram than most Western figures, and the comparison is looser than it looks. CAS Space debuted its Lijian-2 in April 2026 at about 30,000 yuan per kilogram, roughly $4,350. LandSpace has said Zhuque-3 aims to cut Chinese launch costs from about 100,000 yuan per kilogram to about 20,000.
Three things break the comparison. Chinese prices are quoted domestically in yuan for domestic customers, often state-linked, rather than won in open competition. The published figures are targets or debut prices rather than sustained rates across a manifest. And no Chinese price yet reflects an actual reused booster, because none has flown twice.
Per-vehicle figures, including the published Long March prices, are on the Chinese rocket launch cost page.
Six Companies Against One
China’s structural advantage is the number of teams working the problem at once. Space Pioneer, iSpace, Galactic Energy, Deep Blue Aerospace and CAS Space are all building reusable vehicles alongside LandSpace, and two more programs run inside CASC. Several will fail. The government does not need all of them to succeed, only one.
SpaceX’s advantage is the opposite shape. One team has flown the full cycle several hundred times and has the operational data that only comes from doing it, including the failure modes that appear on flight forty rather than flight four.
A parallel field also spends more. Six companies developing methane engines means six engine programs funded to reach the same place, which is slower per dollar and faster per calendar year.
Who Should Use This Comparison and Who Should Not
Anyone modeling launch capacity, satellite deployment rates, or the cost of orbital access has reason to track both sides, because a Chinese booster reflying would change the supply curve for launch in Asia.
Anyone looking for a verdict on which space program is stronger overall should look at the US and Chinese programs compared instead. Reusable launch is one line in a comparison that also covers budgets, crewed flight, navigation satellites and military space, and a single landing does not settle it.
What Would Change This Comparison
One event: a Chinese booster launching a payload to orbit for the second time. That would move China from the landing column to the reuse column and turn the cost projections above into a measurable rate.
A second would be a repeat. Two or three more clean Chinese landings would show a procedure rather than a pair of results, and would tell you whether August 2026 was reproducible.
A third sits on the American side. Starship reaching routine operation would reset the comparison entirely, because a fully reusable vehicle changes cost per kilogram by a larger factor than first-stage recovery ever did. To track the next Chinese attempt, check the flight announcements published by LandSpace and CASC.