Dual 360-Degree Panoramas Show Complementary Martian Histories

NASA’s Curiosity and Perseverance rovers each produced a 360-degree panorama that frames a distinct chapter of Mars’ ancient past. Curiosity’s view, stitched from 1,031 images between 9 Nov and 7 Dec 2025, surveys low ridges called boxwork formations in Gale Crater’s foothills of Mount Sharp. Perseverance’s view, assembled from 980 images taken 18 Dec 2025 through 25 Jan 2026, frames the rim of Jezero Crater at the site nicknamed “Lac de Charmes.” The panoramas are 2,345 miles (3,775 km) apart and together illustrate a “time-travel” from the earliest crust to later sedimentary layers. The distance is comparable to that between Los Angeles and Washington, D.C.

NASA

Curiosity landed in Gale Crater in 2012 and has been climbing Mount Sharp since 2014, ascending from the oldest low-lying layers through lake-deposited sediments. Perseverance arrived in Jezero Crater in 2021 to study a former lakebed and nearby ancient rocks, including Crocodile Bridge, Cheyava Falls, and the upcoming “Singing Canyon.” Both rovers are operated by NASA’s Jet Propulsion Laboratory, which is managed for NASA by Caltech.

NASA

Key metrics: the rovers are 2,345 mi (3,775 km) apart; Curiosity’s panorama comprises 1,031 images and 1.5 billion pixels; Perseverance’s panorama uses 980 images. The Curiosity panorama, at 1.5 billion pixels, ranks among the largest Martian images ever assembled. Curiosity identified 21 carbon-containing molecules, including three of the largest organics ever found on Mars and seven first-time detections. Perseverance has collected 23 intact rock cores stored in metal tubes, with a backup set of 10 tubes placed in a surface depot. The rover also recorded electrical sparks in dust devils and captured the first visible-light auroras from another planet’s surface.

NASA

Boxwork ridges record groundwater flow and mineral cementation, providing direct evidence of a once-dynamic hydrologic system. The organic-molecule inventory expands knowledge of prebiotic chemistry on Mars and guides sample selection for the planned Mars Sample Return mission. By juxtaposing Jezero’s ancient rim with Mount Sharp’s younger strata, the panoramas create a spatial narrative of planetary evolution, atmospheric loss, and habitability potential. These findings relate to the early atmosphere and carbon cycle on Mars.

NASA

NASA describes the dual panoramas as “highlighting how the missions are revealing details of the Red Planet’s formation, watery past, and potential for life.” JPL, managed for NASA by Caltech, built and operates both rovers as part of the Mars Exploration Program portfolio.

NASA

Curiosity will continue upward into sulfate-rich layers, while Perseverance heads toward “Singing Canyon” and other ancient deposits. Ongoing analysis of the 23 stored cores will inform the upcoming Mars Sample Return campaign, aiming to bring Martian material to Earth for detailed laboratory study.

NASA