China's commercial space hits critical inflection point

The Long March 10B carrier rocket lifted off from the Hainan Commercial Space Launch Site on July 10 and successfully landed on an offshore recovery platform. The mission marked China's first controlled recovery of a rocket's first stage, as well as the world's first net-based rocket recovery operation. With this milestone, China has become the second country globally, following the United States, to master heavy-lift reusable rocket technology. Wind Index data showed that the commercial aerospace sector staged a sharp rally in the afternoon trading session, with more than 50 stocks hitting the daily 10 percent upside limit. Aerospace ETFs also rallied broadly, while multiple satellite ETFs climbed over 8 percent.

The market surge is not an isolated one: It represents a concentrated release of the mounting bullish momentum building up in the commercial aerospace sector recently.

China's technical approach: Nets instead of landing legs

Speaking of rocket recovery, while SpaceX has predominantly used landing legs for booster landings, China has pioneered an original alternative: offshore net-based recovery. Unlike land landing zones that stand stationary, the sea landing site is dynamic. The descending rocket, mobile recovery vessel and capture net on deck maintain constantly shifting relative positions every second during the retrieval process.

"Land-based recovery targets a stationary landing zone. Maritime recovery is entirely different — both the vessel and the rocket are in motion,"said Zheng Wei from the First Academy of China Aerospace Science and Technology Corporation. The mission relies on dynamic-on-dynamic control. Net-based recovery is a rocket-ground coordinated retrieval solution engineered to operate within such constantly shifting conditions.

What's next?

The successful reusable rocket technology marks a major breakthrough in China's satellite constellation plans.

As of Q1 2026, China had operated around 1,333 satellites in orbit, 46 percent remote-sensing and 35 percent communications. Under the GW and Qianfan Constellation roadmaps, China aims to deploy 50,000 satellites in the long-term — nearly 40 times the current fleet, a goal reliant on sustained launch cost cuts.

China's first private commercial rocket cost $10,000–$15,000 per kg to launch in 2019. By 2025, top local players had reduced the figure down to roughly $4,000/kg, with total commercial launches hitting about 95 that year. SpaceX's Falcon 9 has slashed launch costs by 40%–50% against disposable rockets, supporting its high-frequency launch rhythm.

Once domestically built reusable rockets enter commercial service, they will drastically lower deployment costs for LEO satellite internet. The third phase of the Qianfan Constellation will encompass over 15,000 satellites, while GW Constellation targets 13,000. The two combined need 28,000 satellites. At 20 satellites per rocket, around 1,400 launches are required.

Reusable rockets are critical to cutting launch expenses, speeding up China's satellite network rollout and unlocking growth in laser communications, space computing and related industries.

China's critical inflection point in commercial space: Triple convergence

China's 15th Five-Year Plan (2026-30) has designated building a powerful space industry as a key priority. Recently, two leading private Chinese rocket developers, LandSpace and CAS Space, have advanced their IPO applications on the STAR Market, competing to become the "first commercial space stock" and further stoking market optimism over the sector's growth outlook.

"China's commercial aerospace sector is drawing near to its commercialization inflection point," Li Kunlun, analyst at UBS Securities, was quoted as saying by the Wall Street Insight. Based on the latest research report on China's commercial space industry, the impending commercial rollout of reusable rocket technology alongside emerging use cases such as space computing is set to expand the industry's total addressable market by orders of magnitude.

The maiden successful recovery mission of the Long March 10B lands at a pivotal juncture for China's commercial aerospace sector in the second half of 2026. Explosive demand for satellite constellation deployment has accelerated technical verification and industrialization of reusable rockets. Meanwhile, greater certainty over proven technology and incoming order books provide core valuation backing for rocket firms racing toward IPOs. These three forces converge to create a powerful positive resonance across the industry. It will drastically accelerate the rollout of China's satellite constellation strategy and unlock massive growth potential across adjacent sectors including laser communications and space computing.