China’s commercial space sector has set a compact launch tempo for 2026, with two headline-making reusable rockets now given clear first-flight windows. The state-led Changzheng-12B (CZ-12B) is slated for a maiden launch from Jiuquan in the first half of the year, while private firm Starry Glory’s medium‑large reusable vehicle, the SQX‑3, is targeting a year‑end debut from Hainan with sea recovery.
The CZ-12B is being developed under the China Aerospace Science and Technology Corporation’s commercial-rocket arm, China Commercial Rocket Company, a corporate entity set up in September 2024 to industrialize and operate commercial launches. The vehicle is a two‑stage, 4‑metre class, liquid‑oxygen/kerosene rocket with roughly 20 tonnes to low Earth orbit capacity and has already passed a full-vehicle static fire test that simulated fueling, ignition and timing sequences.
That programme sits alongside the closely related CZ-12A, a methalox design produced by CASC’s Eighth Academy that emphasises first-stage reuse and was the subject of a partial success on its December 2025 debut: the second stage reached orbit but the planned recovery of the first stage did not. The divergence between CZ-12A and CZ-12B reflects a deliberate, multi-pronged national approach to reusable-launch technology rather than a single technical bet.
Privately owned Starry Glory (Xingji Rongyao) has also signalled rapid progress. Its SQX‑3 is a two‑stage, 4.2‑metre‑diameter vehicle with a roughly 490‑tonne liftoff mass, powered in part by clusters of the domestically developed Focus‑2 methalox engines. The company says it has completed key ground‑system integration in Hainan and secured a record‑setting D++ financing round of about 5.037 billion yuan, underpinning ambitions to recover stages at sea and sustain a high cadence of flights.
These launches matter because the market they serve is expanding fast. Public filings with the International Telecommunication Union show Chinese applicants have requested orbital slots and frequencies for more than 200,000 low‑Earth‑orbit satellites. Commercial and government customers will need far higher launch tempo and lower per‑satellite costs to field large constellations, a demand curve that is driving both state and private actors to prioritise reusability.
The technical and commercial stakes are high. Achieving repeatable, reliable stage recovery is still a work in progress: CZ‑12A’s first‑stage recovery attempt yielded useful data but did not meet all objectives. Private firms are pushing aggressive development schedules and raising substantial capital, yet operational maturity — and the logistics of sea recovery and expanded launch ranges — will determine whether China can translate these programmes into a sustained increase in launch cadence.
For global markets, a successful scaling of China’s low‑cost, high‑frequency launch capacity would add competitive pressure on incumbent providers and accelerate the deployment of LEO constellations worldwide. The near‑term calendar makes 2026 a testing year: a sequence of technical validations and incremental recoveries will show whether Chinese programmes can move from isolated successes to routine, flight‑rate operations.