US Intelligence Releases First High-Resolution Satellite Image of China’s Shenlong Spaceplane Operating in Orbit

October 30, 2026
2 mins read

China’s reusable military spaceplane has been active in orbit since February 2026. For most of that time, public knowledge of what it was doing — and what it looked like — was limited to radar tracks, amateur satellite-watcher data, and official Chinese statements that said almost nothing. That changed when the US Defense Intelligence Agency released the first high-resolution satellite image of the Shenlong, captured by a commercial satellite from Maxar/Vantor.

The image, confirmed as authentic by multiple aviation and defence publications including Popular Science, Ars Technica, FlightGlobal, PetaPixel, MiGFlug, and Inside Outer Space, shows the Shenlong in low-Earth orbit with its payload bay doors open, solar arrays deployed, and its tail module clearly visible. It is the closest public look yet at a Chinese military orbital vehicle that Beijing has consistently declined to describe in any detail.

Shenlong — the name means “divine dragon” — is China’s counterpart to the US Air Force’s X-37B. Both are reusable spaceplanes that launch vertically on rockets and land horizontally like conventional aircraft. Both carry payloads whose exact nature is not publicly disclosed. Both have attracted tracking from amateur satellite observers and professional intelligence analysts. Neither country acknowledges more than the minimum about what these vehicles are actually doing in orbit.

This is Shenlong’s fourth mission since February 2026. Earlier missions were tracked releasing small unidentified sub-objects into orbit — a behaviour observed in both Shenlong and X-37B operations and interpreted variously as deploying inspection satellites, releasing sensor packages, or testing technologies with potential offensive applications. The objects released on this mission have not been publicly identified.

How commercial satellites are removing the secrecy from military spaceplanes

The Maxar/Vantor image represents something larger than one photograph of one aircraft. It is evidence that commercial non-Earth-imaging satellites have achieved resolution and positioning good enough to capture military spacecraft in detail the military did not intend to share.

For decades, the primary tools for this kind of imagery were classified government satellites operated by national intelligence agencies. The commercial satellite industry’s push into very-high-resolution imaging has shifted that dynamic. The DIA’s decision to release this image through public channels — rather than keeping it classified — is a deliberate act. It sends a clear message: we can see your spaceplane, and we want you to know we can see it.

The X-37B comparison matters here. The US vehicle has been in operation since 2010 and has completed seven missions. Its payloads are classified, and it has attracted the same monitoring from China and others that Shenlong now receives from Western intelligence and the satellite-watching community. The mutual surveillance is fully reciprocal and, with commercial high-resolution satellites in the mix, increasingly visible to anyone paying attention.

What Shenlong is actually doing on this mission is not known. The open payload bay in the DIA image indicates the vehicle was in an active phase — receiving or deploying something — at the time of the photograph. China has not publicly commented on the DIA release.

The intersection of commercial satellite technology and military space operations is one of the defining features of the current period in low-Earth orbit. Governments that once counted on orbital operations being opaque to civilian or adversary observation now operate in a fundamentally different environment. The amateur and professional satellite watching community publishes tracking data on nominally classified objects routinely. Adding high-resolution commercial imagery takes that a step further.

Israel’s contested election has kept its own aerospace intelligence priorities active; Israel operates one of the more capable military satellite programmes in the region and watches low-Earth orbit activity closely (https://www.karmactive.com/israel-election-2026-exit-polls-coalition-math/). France, managing defence and space budget pressures within a broader fiscal crisis, is equally attentive to what is happening in orbit as the competition for space-based capability intensifies (https://www.karmactive.com/france-bond-yields-protests-limoges-fire-2026/).

For the general public, the Shenlong image is remarkable primarily as a visual fact: here is a Chinese military spaceplane, in orbit, photographed in detail, its hardware clearly visible to anyone who looks. What it is doing inside that open payload bay remains, for now, as opaque as it was before the photograph was released. The DIA’s release narrows the secrecy without eliminating it — we can see the machine; its mission is another matter.

Sonali Tiwary

Sonali Tiwary is an aviation technology writer and aeronautical engineer who brings her technical expertise to Karmactive.com's coverage of the aerospace industry. With engineering studies completed through The Aeronautical Society of India, she specializes in breaking down complex aviation innovations, emerging mobility technologies, and the latest developments in sustainable aviation. Sonali's passion for flight technology drives her to explore and explain how cutting-edge aerospace solutions are shaping the future of air transportation, making the fascinating world of aviation accessible to all readers.

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