For nearly 10 years, those who track the global space ecosystem and the burgeoning NewSpace economy have witnessed a profound revolution. It has been an unprecedented era of cheap, reliable, and high-frequency access to low-Earth orbit (LEO), as provided by a single, dominant workhorse: SpaceX’s reusable Falcon 9. Through its highly successful Transporter and Bandwagon rideshare programs, SpaceX did something astonishing. It effectively democratized outer space by slashing launch costs to a historic low of around $7,000 per kilogram and ramping up launch cadence. This paradigm shift let university research teams, ambitious startups, and developing nations bypass traditional multi-million-dollar barriers and place their own payloads and CubeSats into orbit.

However, as anyone who tracks the rapid evolution of the global NewSpace economy knows, single-source, monopolized supply-chain dependencies are inherently risky. SpaceX’s recent major pivot, which confirms the progressive phase-out and eventual decommissioning of the Falcon 9 series by late 2028 or 2029, has shattered the global industry’s collective complacency. The putative corporate reasoning is to clear the decks for a total focus on the formidable Starship heavy launch rocket. This is all well and good when set against the more than 700 Falcon 9 launches that have achieved a staggering 99.995 percent success rate, while Starship has had five failures in just 14 launches.

Nevertheless, by freezing new commercial Falcon 9 rideshare bookings beyond 2028, SpaceX has sent titanic shockwaves through the global aerospace sector. A profound, forced geopolitical, strategic, and supply-chain restructuring of the entire ground-to-space ecosystem must happen on an incredibly short timescale. It is as disruptive as it is far-reaching.

The immediate commercial implication is an acute, near-term rocket launch capacity crunch. Between 2028 and the early 2030s, right in the era of mega satellite constellations, the global demand for small-satellite launches will massively outstrip supply. While SpaceX CEO Elon Musk’s vision is for Starship to further lower launch costs, Starship is optimized for monolithic, ultra-heavy payloads aimed at the moon and Mars. The complex deployment mechanisms needed to safely disperse hundreds of delicate, miniature smallsats from such a giant mega-rocket will likely take years to mature fully. It is like putting multiple packs of different eggs from different farms into the same, literally explosive, basket.

The deeper lesson of this development lies in international trade politics. For years, the international space industry has operated under the heavy shadow of United States regulatory frameworks, most notably the International Traffic in Arms Regulations (ITAR). If a satellite contains even a single American-made microchip, component, bolt, or line of proprietary software, it is strictly prohibited from being launched on a Chinese rocket. This heavy-handed regulatory posture was explicitly designed to try to isolate China’s space sector. Contrary to expectations, it has had the exact opposite effect. It simply served as the ultimate catalyst for China to build, in short order, an entirely self-sufficient, fully integrated ground-to-space ecosystem. Now, combined with the impending Falcon 9 bottleneck, this regulatory stance is triggering a major international counterreaction as governments increasingly realize the folly of relying so deeply on a single Western power that routinely weaponizes trade, tariffs, and export controls to achieve political ends.

There is no easy or quick fix, as the global supply chain for space-proved, non-US components is highly constrained by technical inertia. Yet, this opens a massive strategic opportunity for China. Its commercial space sector is expanding rapidly and impressively. Entities like the China Great Wall Industry Corp have proactively opened up dozens of international rideshare slots to capture the post-2028 launch crunch.

A fascinating, real-world workaround is also emerging across the Global South. Countries are increasingly bypassing Western supply chains. Instead, they are buying complete, “turnkey” satellite and launch packages manufactured in China. This eliminates the ITAR trap, allowing China to export entire space ecosystems and secure long-term institutional alliances with emerging space nations. At the same time, under the guidance of the government’s focused commercial space strategy, a robust cluster of private Chinese rocket enterprises, such as LandSpace and CAS Space, is aggressively mastering reusable booster technology. Their recent breakthroughs are timed to hit scaled maturity just as the Falcon 9 ends, positioning China to offer the most competitive, uninterrupted commercial pipeline to LEO.

This sharp market shakeup is exactly where regional hubs like the Hong Kong Special Administrative Region can step up. Under its unique “one country, two systems” framework, the city possesses robust institutional strengths in international law, arbitration, and capital deployment. As a trusted superconnector, Hong Kong can leverage its world-class university research labs and financial clout to fund, certify, and manage compliance for non-ITAR space assets so the city can effectively bridge the gap for operators caught in the geopolitical crossfire. Crucially, this is no longer a theoretical exercise. Civil society platforms right here in the HKSAR are actively stepping into the breach. They are championing a strict framework of safety, science and sustainability for space. By promoting a circular space economy and independent validation entirely outside the restrictive orbit of ITAR, such local nongovernmental organization-led initiatives can provide the structural governance needed to shield global operators from shifting political winds.

This paradigm shift demonstrates that the Falcon 9 sunset is the ultimate catalyst for global supply chain diversification and national self-sufficiency. Europe is now aggressively funding its own sovereign NewSpace ecosystem, backing nimble micro-launcher startups to ensure independent access to space. Meanwhile, the Indian Space Research Organisation is scaling its small-satellite launch vehicle, offering a highly reliable, cost-effective, and politically neutral alternative.

The impending retirement of the Falcon 9 marks the end of the centralized, US-monopolized model of space access. Forced diversification will temporarily fragment global capital and increase near-term costs, but it will ultimately yield a far more resilient, multipolar, and fairer space economy. As the world must adjust to the post-Falcon 9 era, true strategic autonomy in space utilization will only belong to those nations and regions, whether Europe, India or China, that can successfully build sovereign, end-to-end space capabilities entirely insulated from the volatile swings of global trade politics.

The author is a professor emeritus at the University of Hong Kong, CEO and co-founder of NGO s3plus1.org, and CEO and founder of Feilong Aerospace & Technology Ltd.

The views do not necessarily reflect those of China Daily.