Xinhua reports that China is preparing to put into use its first offshore platform "designed for launching and recovering reusable liquid-propellant rockets, a strategic move aimed at significantly reducing space access costs and advancing its commercial space capabilities." It states that the facility at Oriental Aerospace Port in Haiyang is scheduled for trial operation from about Feb. 5 and is "ahead of the country's first maritime launch and recovery attempt of a commercial liquid rocket," expected around the Chinese New Year holiday. The article frames this as part of China's broader push to develop commercial reusable launch systems but does not claim that routine recovered-and-reflown commercial orbital launches are already occurring.

A presentation by the Chinese delegation to the UN Committee on the Peaceful Uses of Outer Space states: "On 3 Dec 2025, ZQ‑3 Y1 maiden flight & the 1st attempt to vertical recovery of the 1st stage were carried out. The orbital launch mission was successfully completed, however the 1st stage vertical recovery failed." The slides outline ongoing Chinese efforts in reusable rocket engineering, including the Zhuque‑3 program, but do not mention any operational commercial missions yet using a recovered and reflown stage.

Space.com reports on China's next-generation crewed lunar rocket, noting that Chinese rocket designers have said the new rocket "could be ready for a test flight in 2027." It adds that Chinese officials have said the low Earth orbit variant is slated for a first flight in 2026, and quotes Wang Xiaojun, president of the China Academy of Launch Vehicle Technology, as stating that "the first stage of the new rocket will be reusable." The article describes planned reusability but does not indicate any current routine commercial reuse of first stages by Chinese providers.

This policy analysis notes that China is trying to close the gap with SpaceX, whose Falcon 9 first stage "is routinely recovered and reflown, with some boosters now used up to 30 times." By contrast, it states that in China "two reusable rocket programs attempted recovery flights in December 2025; both fell short," and concludes: "There is progress, but the technology is not yet proven." The piece highlights that 2026 is expected to be pivotal, with new-generation reusable rockets from private and state-owned firms due to debut and begin flight validation, rather than describing any existing routine recovered-and-reused commercial orbital service.

This technical overview lists several Chinese commercial reusable-rocket projects and their projected capabilities. For Space Pioneer’s Tianlong-3, it gives payload numbers "22,000 kilograms to low Earth orbit when expended" and "17,000 kilograms to low Earth orbit with first-stage reuse," indicating that reuse is an intended operating mode. For Galactic Energy’s Pallas-1, it similarly cites projected payloads with and without first-stage reuse. The article discusses future reusable operations but does not document any Chinese provider already performing routine recover-and-refly commercial orbital launches at the time of writing.

Chinese private space company LandSpace confirmed that it plans to conduct another recovery test of its Zhuque-3 reusable rocket in the second quarter of 2026. The article notes that "it aims to attempt the first recovery and reuse flight in the fourth quarter" of 2026, depending on the results of that test. The company told attendees at a UN Committee on the Peaceful Uses of Outer Space meeting that the Zhuque‑3 first stage is designed to be reused "no less than 20 times" and that, after achieving recovery, R&D focus will shift to shortening launch cycles and increasing launch frequency.

The article describes a static fire of the Pallas‑1 second stage conducted in September 2025 and notes that this was “one of the few remaining milestones for Pallas‑1’s debut flight.” It explains that remaining steps include a first‑stage static fire, final assembly, and delivery to the launch pad, and adds: “While expected before the end of the year, a specific target date is yet to be announced directly; it has been reported that the rocket will fly from the Jiuquan Satellite Launch Center around November for its debut mission.” There is no indication in the piece that any Pallas‑1 stage has yet been recovered or reflown; the focus is on pre‑maiden‑flight testing and schedule.

Global Times reports that Galactic Energy “successfully completed a static-fire test of the first-stage propulsion system for its reusable liquid launch vehicle PALLAS-1” at Haiyang Oriental Aerospace Port, calling it a milestone marking “the completion of all major ground tests for the vehicle, paving the way for its maiden flight.” The article describes PALLAS‑1 as “among China's first orbit-capable, reusable liquid-fueled rockets, designed for at least 25 re-uses,” and notes that “The PALLAS-1 maiden flight is scheduled to take place at Galactic Energy's self-built launch site in the Jiuquan Satellite Launch Center.” The piece is forward-looking: it outlines design reusability and planned maiden flight, but does not report any completed recovery or reflight of a first stage.

This deep-dive on China's launch cadence includes a forward-looking milestone list. One entry describes: "Zhuque-3 first orbital flight. First fully reusable Chinese orbital rocket reaches orbit and recovers the first stage at sea. 2026-03-01." The item characterizes the event as the first orbital flight and first successful recovery of a fully reusable Chinese orbital rocket’s first stage, implying a demonstration milestone. It does not state that the recovered stage has been reflown yet, nor that routine commercial reuse flights are already occurring.

The launch provider overview lists Galactic Energy’s rockets and launch history, stating that the company’s first launch was on 7 Nov 2020 and the last launch (as of the page’s update) was on 17 Jan 2026. Under the rocket inventory, it shows “Pallas-1” with an entry “0 Launches,” indicating that as of early 2026 the reusable Pallas‑1 has not yet flown to orbit. The company’s existing orbital launch record is associated with the expendable solid-fuel Ceres‑1 series, not with a recovered or reflown first stage.

Galactic Energy’s own 2024 summary notes that by June 6, 2024, the company had completed 15 commercial launches of the Ceres series, delivering 58 commercial satellites, and also describes successful sea-launch variants. It then states: “Currently, the development of the Ceres-2 rocket is progressing steadily, with a first flight planned for the first half of 2025,” and separately that Pallas‑1 development is advancing. The page frames Ceres‑1 as an operational commercial launcher but presents Pallas‑1 and Ceres‑2 as in development, with first flights planned, and includes no claim that any Pallas‑1 first stage has been recovered or reflown in commercial service.

The launch listing for “Demo Flight | Pallas 1” describes it as the “First test launch of Galactic Energy’s Pallas-1 rocket” to be launched from Jiuquan Satellite Launch Center. The launch time is given as “No Earlier Than 2025,” and the mission is described as a demo flight of a new rocket, not a routine commercial mission. There is no mention of recovery or reuse of the first stage on this inaugural flight, nor any record of prior Pallas‑1 flights that could have provided a reflown booster.

The launch log entry for the ZhuQue‑3 Demo Flight states that this was the "First flight of the ZhuQue‑3 rocket" from Jiuquan on 3 December 2025. It records that the first stage "executed its re-entry burn normally, but the landing burn was abnormal and the booster crashed next to its downrange landing pad". The mission is described as the "First test launch" with a dummy payload and a downrange landing attempt, confirming that this early flight did not produce a recoverable, reflown stage for later commercial routine use.

In this video explainer on China's reusable rocket efforts, the presenter reviews milestones up to 2023 and 2024, noting that firms like iSpace, LandSpace, Galactic Energy and Space Pioneer are developing reusable liquid-fueled boosters. The narrative highlights key steps such as suborbital hop tests and first orbital launches of new commercial rockets but explains that, unlike SpaceX, Chinese programs are still working toward routine recovery and reuse rather than already flying the same first stage multiple times on commercial orbital missions.

By May 2026, China had conducted multiple orbital launches with the Long March 12 family, and a reusable variant was publicly discussed, but there was not yet public confirmation of routine commercial orbital launches using a recovered and reflown first stage. The claim concerns a future date in 2027, so current evidence can only establish development status, not fulfillment by that deadline.

A news video report on the maiden flight of Zhuque‑3 states that China's LandSpace "successfully launched its reusable Zhuque‑3 rocket for the first time" sending the vehicle into orbit, "but falling short on its first stage landing attempt". The narration explains that the flight "also tested the rocket’s first-stage vertical recovery technology" and that telemetry indicates "an anomaly occurred after the booster reignited during the landing phase, preventing a soft touchdown on the recovery pad", with the stage coming down at the edge of the landing zone.

Long March 12B/Changzheng 12B (LM-12B/CZ-12B) is a reusable orbital launch vehicle developed by the China Aerospace Science and Technology Commercial Launch Vehicle Group (CACL), a subsidiary company of the state-owned China Aerospace Science and Technology Corporation (CASC). The rocket is based on the Long March 12, but extensively redesigned for first stage reusability.

The Long March 12 is a two-stage kerosene/liquid oxygen-fueled rocket capable of lifting 10 tonnes to Low Earth Orbit, using four YF-100K kerosene engines in the first stage. This provides context for the Long March 12 family that CASC is using as the basis for its reusable launch development.