China Shows Off Lunar Cargo Concept at Shanghai Trade Show

A state-owned Chinese contractor unveiled a concept for low-cost lunar cargo delivery at the inaugural Shanghai Commercial Aerospace Conference and Exhibition (CACE 2026) this week — complete with video of a test vehicle performing liftoff, hover and landing maneuvers, suggesting hardware is already beyond the drawing board.

The Shanghai Academy of Spaceflight Technology (SAST) displayed a cylindrical lander design described as an "economical lunar cargo transport" system. State media Xinhua published a photograph of the exhibit on March 13, confirming its display at the conference, which ran March 12-14 at the Shanghai New International Expo Center.

The concept proposes a family of landers spanning 120 kg to 5,000 kg payload capacity — covering everything from small science payloads to full rovers and infrastructure components. That's notably broader than the single-mission approach China has used for its Chang'e lunar program.

Propulsion shift: The design uses methane-liquid oxygen, marking a departure from the hypergolic fuels on earlier Chinese deep-space spacecraft. This aligns with the broader industry move toward methalox for its higher performance and potential reusability benefits. SAST's sibling organization, the Shanghai Institute of Space Propulsion, tested a 300-newton methalox engine near Shanghai in early February.

What's missing: There's no official program announcement yet. The cargo system isn't in China's publicly stated International Lunar Research Station (ILRS) roadmap, though the timing lines up — the country is currently drafting its 14th Five-Year Plan (2026-2030), which includes goals for verifying lunar base construction, according to SpaceNews. Chang'e-7, launching later this year to the lunar south pole, serves as the immediate precursor mission.

The tiered payload approach mirrors NASA's Commercial Lunar Payload Services (CLPS) program, which has awarded $2.6 billion in contracts to five vendors for more than 50 lunar deliveries, per NASA. If China moves toward competitive procurement for cargo landers, SAST's concept could face competition from other state-owned or commercial players — a shift from the top-down mission model Beijing typically runs.

China's human spaceflight agency (CMSEO) has already shown openness to competitive procurement, selecting two teams in October 2024 to develop low-cost cargo spacecraft for the Tiangong space station — one from the Innovation Academy for Microsatellites and another from AVIC's Chengdu Aircraft Design Institute.

What to watch: Whether the Five-Year Plan includes explicit lunar logistics funding, and whether CMSEO opens a competitive procurement process for lunar cargo landers similar to its Tiangong call.