In an unclassified space security assessment released Monday, Oct. 26, the Defense Intelligence Agency (DIA) published high-resolution orbital imagery detailing China’s secretive Shenlong robotic spaceplane.
The image, collected in 2024 by an Earth-imaging satellite operated by Maxar Technologies—which has since rebranded as Vantor—captures the experimental spaceplane aloft during its third flight test.
Flight History and Operational Baseline
The spaceplane’s third orbital mission ran from December 2023 to September 2024, logging extensive orbital operations before executing an automated runway landing. While Beijing has maintained strict operational secrecy surrounding the program since its initial orbital flight, the newly declassified photograph offers the clearest visual documentation of the spacecraft’s orbital configuration to date.
Spacecraft Configuration and Structural Specifications
The satellite-to-satellite imagery resolves several critical structural features of the Chinese spacecraft:
- Payload Bay Architecture: The vehicle is depicted with open cargo bay doors, confirming active in-flight payload deployment and retrieval functionality.
- Service Module Integration: The spaceplane is attached to an aft propulsion and service module featuring deployed solar array wings to sustain power during long-duration orbital maneuvers.
- Aerodynamic Platform: The vehicle features a compact, reusable lifting-body profile engineered for atmospheric reentry and horizontal landing operations.
Directed-Energy Evaluations and Proximity Maneuvers
The unclassified release coincides with an updated DIA directed-energy threat evaluation logged Tuesday, Oct. 27, assessing adversary counterspace investments designed to target or disrupt allied orbital reconnaissance networks.
Shenlong has remained aloft on its fourth mission since launching in February 2026. Over the course of the ongoing mission, space tracking networks identified that the craft released an auxiliary co-orbital satellite and conducted multiple rendezvous and proximity operations (RPO), underscoring China’s expanding technical proficiencies in close-approach orbital maneuvering.
