IC Technology & Cyber — 2026-10-28
DIA Confirms Image of Chinese Reusable Spaceplane in Orbit
BLUFWashington's decision to publish commercial imagery of the Chinese spaceplane signals a deliberate exposure of collection capability, while the vehicle's fourth mission will likely end with a landing by late 2026.
The Defense Intelligence Agency released an unclassified image of a Chinese reusable spaceplane in its "Challenges to Security in Space" report, published October 26, with a caption describing a "PRC Spaceplane captured by Maxar"
Analysis
China's reusable spaceplane willlikely end its fourth orbital mission with a landing, confirmed by Chinese state media or credible tracking reports, between October 28 and December 31, 2026. Confidence is low because China has announced no return date and the program has never disclosed mission length in advance. The first three flights lasted two days, 276 days, and 268 days, so a landing in the window would fall within the observed range, though the vehicle has already flown well past 260 days. Sourcing is thin: all three outlets are secondary, none reports beyond the DIA document, and the picture is single-source. The image release shows Washington is now exposing its commercial-imagery capability against this vehicle, including a docked aft satellite, while leaving the program's military role undetermined. The vehicle may instead be on an open-ended long-endurance test running well past 2026. A landing would let U.S. Space Force and allied planners close out fourth-flight data and assess the released objects, while no landing keeps sensor time committed to proximity monitoring into 2027. Rendezvous maneuvers with the released subsatellite and activity at the Lop Nur runway are the return indicators to watch.
China's reusable spaceplane will
3 sources
- U.S. Intel Confirms This Is Chinas Secret Spaceplane -
The War Zone - DIA Releases Clearest Image of China's Reusable Spaceplane with Service Module Attached -
The Aviationist - China's super-secret space plane visible in clearest photo yet -
Popular Science