The yardstick
China Caught a Booster Before Block 3 Did
The comparison that matters is not launch count but which Starship functions have Chinese equivalents flying.
China logged 92 orbital launches in 2025 against about 193 for the United States, 165 of them SpaceX — so on raw cadence the gap is wide. But the reusable and super-heavy programs are closing on Starship’s specific capabilities one at a time, and on orbital booster recovery China reached a milestone first in kind: on 10 July 2026 it caught an orbital-class booster at sea, before any Block 3 Super Heavy had been recovered. That is why these programs are tracked on the Starship hub rather than filed away — they are the concrete measure of where the US lead is real and where it is not.
Observed
The vehicles
Four Programs, Three Operators
A recoverable medium-heavy, a crew-rated variant, a Starship-scale super-heavy, and a private stainless-steel entrant.
| Vehicle · builder | Key figures | Status | Rated |
|---|---|---|---|
| Long March 10B · CALT / CASC | 70.2 m · 7 YF-100K · 16 t to LEO with recovery | First flight 10 July 2026 from Wenchang Commercial: reached orbit, booster caught by a hook-and-net vessel in the South China Sea. China’s first orbital booster recovery; reflight targeted before end 2026 | Observed |
| Long March 10A · CALT | Crew-rated, three-core | First orbital flight with the Mengzhou crew spacecraft planned late 2026, leading to a crewed lunar landing with the Lanyue lander by 2030 | Building |
| Long March 9 · CALT | 114 m · 10.6 m dia · 30 YF-215 methalox · 150 t to LEO | In development. The closest Starship counterpart in size and propellant; takes over super-heavy lift from Long March 10 after the lunar landing | Projected |
| Zhuque-3 · LandSpace | Stainless steel, methalox | Reached orbit; first booster recovery attempt failed | Observed |
| Long March 12A · SAST | Reusable first stage | In testing | Building |
Long March 9 is the direct Starship analogue: methalox, 10.6 m diameter, 30 first-stage engines, 150 t to LEO. Long March 10 is the crewed-lunar workhorse until the landing, after which Long March 9 takes the super-heavy role. Zhuque-3, from the private LandSpace, is the stainless-steel methalox entrant most visually similar to Starship.
The sea catch
A Hook-and-Net Ship, Not a Tower
China chose a different recovery architecture, and it worked on the first orbital try.
The Long March 10B booster did not land on legs or fly to a tower. After stage separation it descended vertically onto a maritime recovery vessel, where hooks near its base snagged a tensioned wire-net grid — a world first for a net-based system. A February 2026 test had missed the platform by about 200 metres, so precision was not guaranteed going in. It is the only working sea recovery of an orbital-class booster, and the direct counterexample to Starship’s tower catch. The two approaches are compared on Recovery & Landing.
Where each stands
Function by Function
The lead is not uniform — it is wide on cadence and reuse depth, narrow on booster recovery.
| Capability | Starship | China |
|---|---|---|
| Orbital launch cadence | 165 SpaceX launches (2025, all vehicles) | 92 total (2025) |
| Orbital booster recovery | 3 tower catches, none Block 3 | 1 net catch, first orbital try |
| Full-stack reuse | Ship reuse untested; refueling unflown | Not yet demonstrated |
| Super-heavy class (150 t+) | Block 3 flying at 100 t | Long March 9 in development |
| Crewed lunar | HLS to Artemis IV, ~2028 | Long March 10 crewed landing by 2030 |
Contested
Deliberately Not Claimed
The load-bearing uncertainties, tagged with the confidence they actually earn.
Recovery once is not reuse. China caught a booster on its first orbital flight, but reflight economics — refurbishment speed, cost and booster lifetime — are unknown. A catch is a milestone; a reused fleet is a different achievement, which SpaceX also has not shown with Block 3.
Long March 9 is a development program. Its 150 t and methalox figures are design targets. It has not flown, and Chinese super-heavy timelines have moved before.
Launch-count comparison flatters neither side cleanly. US totals are SpaceX-dominated and Falcon-driven; China’s are spread across many vehicles and operators. The cadence gap is real but is not a like-for-like Starship comparison.
Record
Provenance and Data Sources
- Confidence
- Observed for flown vehicles and the recovery — Building for crew-rated and reusable variants in test — Projected for Long March 9
- Status date
- Q3 2026
- Recovery
- CALT Long March 10B first flight and booster recovery, 10 July 2026, Wenchang Commercial
- Programs
- Long March 9 and Long March 10 program statements; LandSpace Zhuque-3; SAST Long March 12A
- Weakest link
- Chinese reflight economics and the unflown Long March 9