SpaceX Is Worth Roughly USD2 Trillion. China’s Leading Private Rocket Companies Combined Are Still Below 1% of That. Value Gap—or Value Trap?

David Dong

7/20/20265 min read

ESA’s newly released Space Economy Report 2026 offers a useful snapshot of the global space industry.

The picture is clear: the United States still dominates capital markets and commercialization, while China is closing ground rapidly in launch scale, manufacturing capacity, and supply-chain autonomy.

A few numbers stand out:

Global government space budgets are about EUR 119 billion, with the U.S. accounting for 58%, China 15%, and Europe 11%.
By mass launched for government programs, China’s share is 46%, versus 27% for the U.S.
In 2025, the world saw 324 launches: 193 by the U.S., 93 by China, and just 8 by Europe.
Global private space investment reached EUR 11.7 billion, a record high, with most of the increase still concentrated in the U.S.
There are roughly 15,000 active satellites in orbit, of which the U.S. holds about 75% and China about 8%.

Those figures help frame a more interesting question about valuation.

SpaceX is worth roughly USD 2 trillion. By contrast, the combined valuation of several of China’s leading private rocket companies is only a very small fraction of that.

So what does this gap actually mean?

Is China’s commercial space sector still not investable? Or has the valuation gap grown larger than the technology gap?

First: SpaceX and Chinese private launch companies are not at the same commercial stage

SpaceX’s valuation is not just a bet on rockets. It reflects at least four things:

A mature reusable launch system
Extremely high launch cadence and a strong reliability record
Real cash flow from Starlink
A U.S. capital market willing to assign premium multiples to a platform-like space infrastructure company

By contrast, most Chinese private launch companies are still largely in an earlier phase:

rocket development and launch services;
reusability validation;
constellation economics not yet fully proven;
cash flow, margins, and exit channels still at an early stage.

So a simple market-cap comparison does not automatically prove that China's commercial space is deeply undervalued.

At the same time, the comparison does reveal something important:

The market is not pricing U.S. space leaders on technology alone. It is pricing a combination of technology, commercialization, and capital-market narrative.

That matters. Because if China’s commercial space sector begins to close the commercialization gap over the next few years, today’s low valuations may turn out to reflect not just justified discounting but also a large amount of missing future expectation.

1) The technology gap is real—but the valuation gap may be even larger

The most important starting point is launch cost.

In the past 5-10 years, the default view was that Chinese commercial launch providers were technically promising but structurally uncompetitive on price versus SpaceX. That view is becoming less convincing.

Based on public disclosures and company targets, China’s new generation of medium-lift liquid rockets is moving closer to the pricing range long defined by Falcon 9. That does not mean the two are equivalent. Reuse maturity, reliability, cadence, orbital flexibility, and operating history are still very different.

More importantly, this cost compression is not being driven by a single breakthrough. It is being driven by an industrial system:

material substitution;
3D printing and process simplification;
broader use of industrial-grade components;
spillover from automotive and general manufacturing supply chains;
batch-oriented design and production.

That suggests China’s edge may not come first from radical technical disruption. It may come from the systematic reshaping of the cost curve through manufacturing depth.

The same pattern is visible in satellites.

Over the last several years, the cost and production cycle of Chinese low-Earth-orbit small satellites have both improved materially. Satellite factories are moving toward more standardized, pipeline-based, and flexible production.

The long-term winners in space will not simply be those who can build a satellite. They will be those who can build at scale, replenish quickly, and iterate reliably.

That is precisely where China’s industrial base has the greatest ability to compound advantage.

2) The next real differentiator may be system efficiency, not rocket specs alone

A lot of discussion around commercial space still focuses on vehicle parameters. But the more important question may soon be different:

Not who has the most impressive rocket on paper, but who can launch repeatedly, at high frequency, with lower friction and lower system cost.

In other words, competition is shifting from who can launch to who can sustain efficient launch operations.

There are two dimensions here.

Reusability

Both leading Chinese private launch firms and state-backed players have spent recent years validating medium-lift liquid rockets and recovery technologies.

It would be premature to say the hardest part is over. The gap between a successful test and normal commercial operations remains large: engine life, refurbishment turnaround, reflights, customer confidence, and economic viability all matter.

Spaceport operations

This may be even more underestimated.

One of the more important observations in ESA’s report is that spaceport operations are becoming a major bottleneck in the global space transportation system, and turnaround time is increasingly a core competitive variable.

That means future competition is not only about whether a rocket can fly. It is about whether the entire operating system can support the following:

shorter preparation cycles;
more flexible pad compatibility;
lower logistical friction;
stronger industrial clustering.

From this perspective, China is moving quickly.

The expansion of Wenchang commercial launch capabilities, the development of more standardized launch infrastructure, faster test-and-launch workflows, and tighter industrial park clustering are not isolated improvements. Together, they point to the buildout of high-cadence launch infrastructure.

3) The most underestimated asset may not be rockets at all—it may be supply-chain independence

If cost and efficiency determine whether a sector can scale, supply chains determine whether it can keep scaling under external pressure.

And this is where market pricing often misses the bigger picture.

Much of the global space ecosystem remains deeply embedded in U.S. supply chains and U.S.-centric rules. Many countries can assemble systems and design missions, but dependence rises sharply once you move down into key electronics, software toolchains, and mission-control systems.

So “independent space capability” is often less independent than it appears.

China’s strategic distinctiveness is not that it has no weaknesses. It is that its external dependence is lower.

To be clear, the U.S. still maintains advantages in high-end space electronics, advanced materials, and extreme-environment components. But from an investment perspective, the key question is not only who is strongest.

It is also who is least vulnerable to being constrained?

That matters not only for autonomy. It also matters because global space supply chains are becoming more geopolitical.

So is this a valuation gap?

There are at least four reasons why China's commercial space can look like one:

launch economics are moving closer to the global front tier;
system efficiency is improving quickly;
supply-chain independence has growing strategic value;
capital markets still assign relatively limited weight to those capabilities.

In that sense, the sector looks like an asset class where capability is being built faster than valuation frameworks are updating.

That is why it appears “cheap.”

But it could still be a trap

The same facts can support a very different conclusion.

At least four risks are hard to ignore:

Technical progress does not equal commercial closure.
A large number of constellation plans does not mean successful deployment.
Low private-market valuations may reflect illiquidity, not mispricing.
Industrial success does not automatically translate into strong shareholder returns.

Final thought

So back to the original question:

If SpaceX is worth roughly USD 2 trillion and China’s leading private rocket companies combined are still below 1% of that, is this a value gap—or a value trap?

A more accurate answer may be this:

It is neither an easy “cheap sector” nor a pure speculative mirage.

The technology gap is real. The commercialization gap is also real.

But if the market continues to treat China's commercial space as little more than a theme trade simply because it is not yet another SpaceX, it may also be underestimating the sector’s manufacturing capability, supply-chain value, and strategic scarcity.