Showdown 2026: It’s Time for China’s Private Rocket Companies to Deliver Results

Since November 2014, when the State Council released the Guiding Opinions on Innovating Investment and Financing Mechanisms in Key Sectors and Encouraging Social Investment—widely known in the industry as “Document No. 60”—and formally encouraged private capital to participate in national civil space infrastructure, China’s commercial space sector has traveled an eleven-year journey. Today, that journey has reached its long-anticipated moment of reckoning.

January 17, 2026, became a date etched into China’s spaceflight history.

At 12:55 a.m., a Long March-3B rocket lifted off from the Xichang Satellite Launch Center. As a mainstay of the national launch fleet, the rocket encountered an anomaly during flight, resulting in a mission failure. Eleven hours later, at 12:08 p.m., another setback followed from the Jiuquan Satellite Launch Center: the Ceres-2 launch vehicle, developed by leading private rocket company Galactic Energy, experienced abnormalities on its maiden flight, ending in failure as well.

Within a single day, both the national team and the private sector suffered launch setbacks.

Looking further back, another disappointment had occurred just over forty days earlier. On December 3, 2025, LandSpace launched its independently developed Zhuque-3 Yao-1 rocket from Jiuquan. The official statement noted that the mission “completed the planned flight sequence, with the second stage entering the intended orbit,” and that a first-stage vertical recovery test was conducted. However, during the landing burn phase, the first stage malfunctioned, and debris ultimately fell near the edge of the recovery zone.

Despite these consecutive failures, enthusiasm in the capital markets for commercial spaceflight has not cooled.

On January 22, 2026, the Shanghai Stock Exchange disclosed that LandSpace’s STAR Market IPO review status had advanced to “under inquiry.” From acceptance on December 31, 2025, to the inquiry stage, the process took just 22 days. On the same day, iSpace released its 22nd IPO counseling progress report, while earlier, on January 17, CAS Space passed its IPO counseling acceptance review.

Since the start of 2026, A-share markets have repeatedly ignited around the commercial spaceflight theme. Consecutive limit-up stocks have become common, and even companies with only marginal links to aerospace—some of which have repeatedly clarified that related revenues are minimal or nonexistent—have failed to dampen investor enthusiasm.

In truth, since the release of “Document No. 60” in November 2014, China’s commercial space sector has already traveled eleven years.

And now, it has arrived at its decisive moment.

Clients Can No Longer Wait

On January 10, 2026, the International Telecommunication Union (ITU) published new filings from China covering frequency and orbital resources for up to 203,000 satellites across 14 constellations.

This was not China’s first large-scale application. Previously, China SatNet’s GW Constellation and Shanghai Yuanxin Satellite’s Thousand Sails Constellation had already planned networks numbering in the tens of thousands. Yet the sheer scale of the 203,000-satellite filing was quickly translated by the A-share market into soaring expectations. Commercial space stocks surged, and share prices of several loosely related companies doubled within weeks.

From an investor’s perspective, 203,000 satellites signal massive manufacturing orders. Within the industry, however, there is broad consensus that satellite manufacturing itself has never been the bottleneck. Given China’s formidable industrial base, scaling satellite production is relatively straightforward.

On January 23, Xu Ying, Head of Public Affairs at GalaxySpace, told Economic Observer that the company’s Nantong smart satellite factory has shortened single-satellite development cycles by 80% through a “pulse-based takt production” model.

“We have built a complete ecosystem from components to full-satellite integration, with stable annual capacity of 100 to 150 medium-class satellites,” Xu said. This shift has transformed satellite manufacturing from a “handcrafted workshop” into an assembly-line process, freeing engineers from manual cable routing and relying on automation to solve thermal management and assembly challenges at scale.

Yet launch capacity remains the real constraint.

On January 19, at the Hainan Commercial Launch Site, a Long March-12 rocket successfully placed 19 GalaxySpace satellites into orbit. Even so, for the growing queue of satellites waiting to fly, such launch frequency and payload capability are far from sufficient.

Zhang Chi, Chairman of Xinding Capital, a long-time observer of the commercial space sector, noted in an interview that in the first half of 2025, Yuanxin Satellite—one of the largest commercial customers—saw its launch plans temporarily stall.

“The reason was simple,” Zhang said. “Long March rockets were reassigned.” To prioritize national constellation deployments such as SatNet and other strategic missions, national launch capacity was reallocated, leaving fewer windows for commercial customers.

In theory, private launch providers should have stepped in. In reality, the performance of private rocket companies in 2025 was awkward at best. According to the China Aerospace Science and Technology Activities Blue Book, China conducted 92 launches in 2025, of which 50 were commercial. While the number hit a record high, private heavy-lift liquid rockets capable of large-scale constellation deployment were almost entirely absent.

A review of public launch records from leading private companies such as Galactic Energy and CAS Space shows that most missions were still carried out by solid-fuel rockets. While technically mature, these rockets suffer from payload limitations and non-reusability, making them poorly suited for dense constellation deployment.

This structural mismatch has placed satellite operators in a passive position. Yuanxin Satellite, despite holding both funding and deployment plans for the Thousand Sails Constellation, found that aside from the national fleet, there were almost no mature private launch options capable of taking on its orders.

Yuanxin attempted to solve this through procurement tenders. In 2025, its rocket capacity tender for the constellation failed twice due to insufficient bidders. Eventually, the rules were relaxed to allow “futures” participation—bidders only needed to commit to a maiden flight by the end of 2025. LandSpace, Space Pioneer, and CAS Space made the shortlist.

By February 2026, progress remained discouraging. Space Pioneer’s Tianlong-3 had yet to fly. LandSpace’s Zhuque-3 reached orbit but failed recovery. CAS Space’s Lijian-2 was still in final sprint mode.

The shortage of launch capacity has even pushed clients to build rockets themselves. Industry sources revealed that Yuanxin Satellite has begun incubating a related launch company in Chengdu: Spark Space-Time.

Founded in November 2024 with registered capital exceeding RMB 200 million, Spark Space-Time is described in Chengdu’s industrial catalog as a “leading enterprise” focused on medium-to-heavy LOX-kerosene rockets, targeting over 10 tons to sun-synchronous orbit with a maiden flight planned for 2027.

While no direct equity link appears publicly, the overlap in capital structures is striking. Shanghai Alliance Investment—Yuanxin Satellite’s founding major shareholder—is an indirect shareholder of Spark Space-Time, alongside funds that also back Yuanxin’s satellite manufacturing partners.

In 2025, Spark Space-Time completed two financing rounds. As one insider put it bluntly: “The client can’t wait anymore, so they decided to build rockets themselves.”

Launch sites remain another bottleneck.

Although Phase II of the Hainan Commercial Launch Site began construction this year, costs remain prohibitive. “Launching once in Hainan can mean tens of millions of yuan just in pad fees,” one investor noted. For cost-driven commercial operators, this is unsustainable—sometimes the profit from a launch doesn’t even cover the rent.

To avoid congestion and high costs on land, some companies are turning to sea launches. On January 16, Galactic Energy successfully conducted a sea launch of its Ceres-1 variant off the coast of Haiyang, Shandong.

Previously, ArrowTech founder Wei Yi argued that sea launches avoid scarce land resources and offer better safety for drop zones, making them a necessary solution for high-frequency “hundreds of rockets, thousands of satellites” scenarios. China, he added, holds unique geographic advantages in this domain.

Still, the absence of heavy-lift liquid rockets in 2025 is undeniable. To support the ambitious vision of 203,000 satellites, 2026 has become the year private launch companies must deliver concrete results.

By industry estimates, 2026 marks a concentrated “deadline year” for private liquid rockets. LandSpace plans to achieve reusable first-stage reflight with Zhuque-3. Space Pioneer continues to target a maiden flight for Tianlong-3. Deep Blue Aerospace, iSpace, ArrowTech, and CAS Space have all set goals of full “orbit plus recovery” verification. Lijian-2 is approaching its first flight countdown.

For the industry, completing the closed-loop validation of reusability is far more urgent than IPOs.

A Familiar Question

Why must everyone insist on reusable liquid rockets?

Deep Blue Aerospace founder Huo Liang offered a simple calculation. “Domestic private launch prices are typically RMB 30,000 to 40,000 per kilogram, while national providers are closer to RMB 70,000,” he said. Without reusability, private firms cannot push costs below RMB 30,000 per kilogram. “That would just replicate what the national team already does well—without commercial competitiveness.”

If costs can’t fall, the trillion-yuan satellite internet vision becomes an illusion. Under current pricing, deploying tens of thousands of satellites cannot close a commercial loop.

Reusability, therefore, is seen as the only viable path forward.

Experts note that the first stage accounts for 60–70% of a rocket’s cost. If it can be recovered and reused, launch costs could drop dramatically. Models suggest that after six reuses, per-launch costs fall to roughly 60% of the first flight—an economic “sweet spot.”

Yet challenges remain. Inspection, refurbishment, and material degradation introduce hidden costs that are still difficult to control.

Wei Yi explained that first-stage recovery requires mastering mid-air engine relight, high-precision guidance, and variable-thrust hovering—all under extreme thermal and mechanical conditions. Engines must ignite repeatedly across different altitudes, with thrust finely balanced against gravity at touchdown.

Technological paths are diverging. Some firms favor LOX-kerosene, citing proven reliability. Others pursue LOX-methane and stainless steel, betting on cleaner combustion and lower maintenance for repeated reuse.

LandSpace and ArrowTech have chosen the LOX-methane plus stainless steel route, while Deep Blue Aerospace and Space Pioneer favor LOX-kerosene, following SpaceX’s Falcon 9 playbook.

Meanwhile, solid rockets continue to fly, but their limitations are increasingly evident. As Zhang Chi put it, solid rockets once served as entry tickets to prove “we can fly.” By 2026, that narrative is losing its power.

Capital Is Running Out of Patience

Reusability remains unproven at scale, but capital is no longer willing to wait.

LandSpace’s IPO inquiry status update on January 22 came just 22 working days after acceptance, with a proposed RMB 7.5 billion fundraising target. Alongside it, Space Pioneer, CAS Space, Galactic Energy, iSpace, and Orienspace—the so-called “Six Dragons”—are all lining up at the IPO gate.

Regulatory policies have clearly opened a window, lowering thresholds to “successful orbital insertion” rather than full recovery. This has been widely interpreted as encouragement for commercial space companies to go public.

But funding remains tight. According to the China Commercial Space Industry Development Report (2025), total sector financing in 2025 reached RMB 18.6 billion—barely enough to sustain the heavy capital demands across the industry.

Manufacturing bases, test stands, and launch infrastructure have become standard investments. At the same time, early investors face mounting exit pressure.

Public disclosures show that multiple early shareholders have already cashed out. For funds with typical lifespans of five to seven years, 2026 is the deadline to deliver returns.

IPO has become the only way to bridge the liquidity gap and keep private rocket companies alive.

“2026 is the decisive year,” an iSpace executive said. “This is when reusability must move from experimental validation to real engineering application.”

If IPOs are a line of credit extended by the capital market, then every launch in 2026 is a repayment.

And if, by the end of 2026, no private liquid rocket can be seen standing intact on a recovery pad, the market may be forced to reassess the lofty valuations of China’s commercial space dream.