Rare Photo Shows ESA Spacecraft Taking a Stunning Selfie With an Ancient Comet

A Rare Portrait of Human Ingenuity in Deep Space

A striking image from the European Space Agency’s Rosetta mission serves as a poignant reminder of humanity’s reach into the solar system. By turning its lens toward itself, the mission captured a rare space-based selfie, featuring the spacecraft’s structural framework framed against the rugged, icy landscape of comet 67P/Churyumov-Gerasimenko.

Most celestial photography focuses on distant bodies, but this unique composition places the observer and the observed in a single, frame-filling shot. The perspective was made possible by the Comet Infrared and Visible Analyzer (CIVA), an imaging system housed on the Philae lander. Because the camera was designed to survey the lander’s immediate environment upon touchdown, it also provided the perfect angle to look back at the Rosetta orbiter before the lander’s historic deployment.

Revisiting an Icon of Robotic Exploration

NASA recently highlighted this archival image as its Astronomy Picture of the Day for October 24, 2026. While the feature has brought the photograph back into the public consciousness, it is a testament to a mission that officially concluded in 2016. You can explore the original NASA entry at NASA’s Astronomy Picture of the Day: Rosetta’s Selfie.

Beyond its aesthetic appeal, the image captures the unconventional geometry of comet 67P. Known for its distinct dual-lobed shape—often likened to a rubber duck—the comet provided a complex laboratory for scientists. Unlike previous missions that performed high-speed flybys of comets, Rosetta was tasked with a more intimate objective: accompanying the comet on its journey around the Sun. This allowed researchers to observe the dynamic transformation of the surface as solar heat triggered volcanic-like activity and gas emissions.

A Decade of Precision Engineering

The journey to capture this data was a feat of orbital mechanics that spanned more than a decade. Launched on March 2, 2004, via an Ariane 5 rocket, the spacecraft utilized a series of complex gravitational maneuvers, swinging past Earth and Mars to gain the momentum required to intercept its target. After a long-distance cruise and a period of hibernation, the probe finally reached the comet in August 2014.

The mission’s legacy is preserved in a vast repository of data, images, and measurements that continue to shape our understanding of how cometary material contributes to the composition of the early solar system. By lingering beside 67P for two years, Rosetta moved past the era of “snapshot” astronomy, providing the first long-term look at an active world in the deep freeze of space.