China’s Tianwen-1 captures interstellar comet 3I/ATLAS, showcasing Mars-based deep-space imaging success.
The interstellar comet 3I/ATLAS, imaged from Mars orbit by China’s Tianwen 1 spacecraft on Oct. 3 2025
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China’s Tianwen-1 Mars spacecraft has reached a milestone after snapping stunning photos of interstellar comet 3I/ATLAS while orbiting the Red Planet. The spacecraft took the images with its high-resolution imaging camera on 1-4 October 2025, during which time the comet had its closest approach to Mars. The third confirmed interstellar object to enter our solar system, 3I/ATLAS, offers scientists an unprecedented opportunity to observe material from other star systems and illustrates Tianwen-1’s deep-space imaging capabilities.
A Surprising Interstellar Guest Watched From Mars
According to Space, the image of the comet taken from a distance of around 28.96 million kilometres away was obtained by Tianwen-1’s High-Resolution Imaging Camera (HiRIC), CNSA said. The mission took sharp images of its nucleus and amorphous coma, extending thousands of kilometres, which is a major challenge to image due to the dimness of such a high-speed object travelling at 58 km/s.
So far, this has been the third object of interstellar, which is seen after Borisov and Oumuamua, that carries significant information for the solar system. 3I/ATLAS has given a new measurement in terms of the orbit of Mars and also introduced many new approaches.
A Milestone for China’s Deep-Space Exploration
Aside from its scientific worth, the mission also showcased Tianwen-1’s adaptability and helped to verify operational procedures for future missions such as the asteroid sample-return mission Tianwen-2. Coordinated international observations of 3I/ATLAS are also a reminder of the value of studying interstellar visitors that can help to improve our knowledge in areas such as planetary formation and galactic chemistry.”
As 3I/ATLAS ventures out of the solar system, Tianwen-1’s milestone serves as a benchmark for planetary image-making and further evidence of China’s increasing dominance in deep-space research.
