Every brief in this section describes a genuine Chinese advance, so this one exists to hold the ledger straight. China’s space programme is ambitious, fast-growing and, on several fronts, world-leading. It is also, on the metrics that decide the modern launch economy, a long way behind a single American company.
Start with cadence. In 2024 China conducted about 68 orbital launches; SpaceX alone flew 138, and the United States 145.[1] China raised its rate sharply in 2025, to roughly 92, but SpaceX climbed too, past 160.[2] The more telling figure is mass. In 2024 Falcon 9 delivered about 84% of all satellite mass carried to orbit worldwide; even setting aside SpaceX’s own Starlink launches, it still led on upmass.[3] By late 2025 SpaceX was lifting on the order of 83% of everything the world sent to orbit.[4]
Launch counts flatter China. Weigh what actually reaches orbit, and one company carries five-sixths of the world.
Show as a table
| Series | Value |
|---|---|
| China | 68 |
| SpaceX | 138 |
| United States (all operators) | 145 |
Source: reference [1] below.
The two gaps that matter
The constellation scoreboard tells the same story. By 2026 China had a few hundred broadband satellites in orbit across its two megaconstellations; Starlink had passed 11,000.[4] And underneath both numbers sits the deepest gap of all: reusability. Through 2024 and 2025 China flew no operationally reusable orbital rockets; every one of its launches expended its hardware, while almost all of SpaceX’s rode reused, landed boosters.[2] That is the difference between a high launch count and a low launch cost.
Two honest qualifications. Different trackers count launches slightly differently, near-orbital test flights, attempts versus successes, so the totals carry a margin. And the mass-share figures come from different periods and methods; 84% is full-year 2024, 83% a 2025 quarter. The direction, across every source, is unambiguous.
How we read it
This is the frame to keep beside every bullish China-space thesis. The country is closing ground on launch frequency and genuinely leads in specific missions, but on the two metrics that built the modern space economy, mass to orbit and reusable cadence, the gap to SpaceX is measured in years and multiples, not quarters. The investable reading is neither dismissal nor hype: China’s ascent is real and its addressable market vast, but the returns will come from firms that actually close the cost-per-kilogram gap, not from those that merely raise the launch count. Cadence is rising; the economics are the unfinished work.
| Ref | Publication | Date | Supports |
|---|---|---|---|
| [1] | Payload Space | Jan 2025 | 2024 launch counts for China, SpaceX and the US |
| [2] | Payload Space | Jan 2026 | 2025 launch rates and the absence of reusable flights |
| [3] | American Enterprise Institute | Jan 2025 | Falcon 9 share of satellite upmass in 2024 |
| [4] | Per Aspera | Dec 2025 | Late-2025 upmass share and constellation counts |
References
- Payload Space, “2024 Orbital Launch Attempts by Country,” Jan 2025. Read source ↗
- Payload Space, “2025 Orbital Launch Attempts by Country,” Jan 2026. Read source ↗
- American Enterprise Institute, “Space Trends in 2024,” Jan 2025. Read source ↗
- Per Aspera, “The State of Global Upmass,” Dec 2025. Read source ↗
Every source above is public and linked. This is a research brief from Singularity Dynamics; full briefings on this topic are available on request.