· deep dive · 2 min read

China's Shenlong Deploys Six Objects

Details on China's current Shenlong spaceplane mission and its recent deployment of six objects.

Details on China's current Shenlong spaceplane mission and its recent deployment of six objects.

Overview

China’s Shenlong spaceplane, in its third mission, deployed six unidentified objects into Earth’s orbit, marked as OBJECT A, B, C, D, E, and F. These objects are tracked by the U.S. Space Force and emit various signals, with frequencies typical of Chinese space plane missions. OBJECT A exhibits “wingman” signal emissions, while OBJECTs D and E emit idle signals. The orbits vary, with OBJECT A in a near-circular orbit and D and E in elliptical ones.

Mission Details

  • Spacecraft: Shenlong, meaning “Divine Dragon”
  • Mission: Third flight
  • Launch Date: December 14
  • Objects Deployed: Six, designated OBJECT A, B, C, D, E, and F
  • Tracking: U.S. Space Force and amateur observers
  • Signals: Emitting various signals, tracked by observers

Analysis of the Objects

  • OBJECT A: Emitting signals similar to “wingman” emissions from past missions
  • OBJECTs D & E: Emitting idle “placeholder” signals
  • Frequency: 2,280 MHz, associated with Chinese space plane missions
  • Orbit: OBJECT A in near-circular orbit; OBJECTs D and E in elliptical orbits
  • Expected Encounters: Close approaches at perigee

Context and Speculation

  • Previous Missions: Shenlong released unknown objects in September 2020 and August 2022
  • Possible Functions: Service modules, inspector satellites, or test items for orbital placement
  • Comparative Analysis: U.S. operates the Boeing-built X-37B, a similar reusable robotic space plane

FAQs

Q: What is the Shenlong spaceplane?

A: Shenlong, meaning “Divine Dragon,” is a Chinese robotic spaceplane, designed for reusable space missions.

Q: What is unique about the signals emitted by these objects?

A: The signals, especially from OBJECT A, suggest connections to past Chinese space activities, with their specific frequency and modulation patterns.

Q: What are the possible functions of these objects?

A: Speculations include roles as service modules, inspector satellites, or test items for orbital placement.

Q: How does the Shenlong compare to the U.S. X-37B?

A: Both are reusable robotic spaceplanes, but they are operated by different countries (China and the United States, respectively) and may have different mission profiles and objectives.

Q: Will the US be launching its own spaceplane soon?

A: The U.S. X-37B is scheduled to launch December 28 on a SpaceX Falcon Heavy rocket.

Q: Will these two spaceplanes fight in space?

A: Although they are similar, the two spaceplanes are not expected to be in the same orbit.


Theodore Kruczek

Theodore 'TK' Kruczek is a radar analyst and former Air Force Major specializing in Space Operations. He is passionate about open-source projects, coding, craft beer, and writing. TK is the creator of KeepTrack.Space and has developed tools like the Orbital Object Toolkit and IRIS.

Related Posts

View All Posts »

Learn more about the topic

Space Brief 4 Aug 2025

Key developments in space today include significant satellite launches, advancements in space technology, and an exciting crewed suborbital flight. Highlights cover China's satellite internet progress, a promising innovation for solar cells, and recent SpaceX and Blue Origin activities.

SpinLaunch's Kinetic Launch System

How a California startup's massive centrifuge could transform space access by eliminating rocket fuel, reducing costs by 70%, and enabling daily satellite launches - if it can overcome the physics of scaling from suborbital tests to orbital reality

Satellites by Country

Explore a comprehensive breakdown of satellite counts by country, detailing the USA, Russia, China, and others.

The Kessler Syndrome

The Kessler Syndrome threatens humanity's future in space as cascading satellite collisions create exponential debris growth. With 36,000+ tracked objects and recent incidents accelerating risks, we face a critical juncture: implement solutions now or potentially lose access to low Earth orbit forever.