#Boxwork

Daniel Pomarèdepomarede
2026-03-04

A new angle on the Yardang unit atop Aeolis Mons, captured by Curiosity, as part of 360° Mastcam panorama, from the eastern edge of the Boxwork structure. What a view!

Feb. 27, 2026 - Sol 4821
Credits images: NASA/JPL-Caltech/MSSS/fredk

An ochre toned image capturing a Martian landscape, featuring the light-toned Yardang-forming unit of Mount Sharp in Gale crater.An ochre toned image capturing a Martian landscape, featuring the light-toned Yardang-forming unit of Mount Sharp in Gale crater.
Daniel Pomarèdepomarede
2026-03-01

Stereo3D view captured yesterday by Curiosity

To go 3D: eyes' lines of sight parallel, left image for left eye, right image for right eye.

Feb. 28, 2026 - Sol 4822
Credits: NASA/JPL-Caltech

A dual left/right stereoscopic pair of black and white photographies capturing the Mars rover Curiosity instrumented turret standing above a thin, triangle-shaped rock. This dual image is intended to be used to obtain a Stereo3D rendition of the scene through parallel viewing, and not cross-eyed viewing.
Daniel Pomarèdepomarede
2026-02-26
A mosaic of ochre toned images capturing the ridges and hollows of the boxwork structure explored by the Mars rover Curiosity.
Daniel Pomarèdepomarede
2026-02-18

Curiosity Blog Sols 4804-4811: Kicking Off the Final Phase of Boxwork Exploration

Once this is completed, Curiosity will continue her climb up Mount Sharp through the recently named “Valle Grande."

Written by Abigail Fraeman
science.nasa.gov/blog/curiosit

Daniel Pomarèdepomarede
2026-02-18

Meanwhile in Gale Crater, Curiosity still hanging around the Boxwork structure

Feb. 11, 2026 - Sol 4805
Credit: NASA/JPL-Caltech

A mosaic of black and white images capturing the landscape of the interlaced troughs and ridges of the so-called boxwork structure, on the slopes of Mount Sharp in Gale Crater.
Daniel Pomarèdepomarede
2025-12-14

Stereo3D view of Curiosity at work in a trough of the boxwork structure, captured yesterday

To go 3D: eyes' lines of sight parallel/left image for left eye/right image for right eye.

Sol 4747 - Dec. 13, 2025
Credits images: NASA/JPL-Caltech

A dual left/right stereoscopic pair of black and white photographies capturing the Mars rover Curiosity robotic arm, instrumented turret, front wheels, with the right wheel projecting its shadow on the foreground. This dual image is intended to be used to obtain a Stereo3D rendition of the scene through parallel viewing, and not cross-eyed viewing.
Daniel Pomarèdepomarede
2025-11-06

Ah, Curiosity climbed out of the trough. This 360° panorama was acquired two days ago.

▶️ zoomhub.net/BwZX5
▶️ 360cities.net/image/mars-curio

Nov. 4, 2025 - Sol 4709
Credit images: NASA/JPL-Caltech

A black and white panoramic mosaic capturing a Martian landscape, with some elements of the Mars rover Curiosity displayed in the foreground. It was acquired in the heart of the so-called Boxwork structure on the slopes of Mount Sharp in Gale Crater. The tracks of rover descending into then ascending from a trough of the Boxwork structure can be seen on the right hand side of the mosaic.
Daniel Pomarèdepomarede
2025-10-23

Awesome imagery captured two days ago by Curiosity, from its location within a trough of the boxwork structure. This is part of a larger, 360° Mastcam panorama.

Oct. 21, 2025 - Sol 4695
Credit: NASA/JPL-Caltech/MSSS/fredk

An ochre toned image capturing the distant yardang unit, with the rover's instrument turret in the foreground to the left.An ochre toned image capturing a trough of the boxwork structure, with the rover's UHF antenna in the foreground to the right.An ochre toned image capturing the boxwork structure, with the rover's UHF antenna in the foreground to the left.An ochre toned image capturing the Mishe Mokwa butte, with the rover's instrument turret in the foreground to the right.
Daniel Pomarèdepomarede
2025-10-13

360° panorama captured just 12 hours ago by Curiosity, from within a trough of the boxwork structure

▶️ zoomhub.net/w2kgN
▶️ 360cities.net/image/curiosity-

Oct. 12, 2025 - Sol 4687
Credit images: NASA/JPL-Caltech

A black and white mosaic of 20 images capturing a Martian landscape, with some elements of the Mars rover Curiosity displayed in the foreground. The tracks of rover descending into the trough can be seen on the left hand side of the mosaic.
Daniel Pomarèdepomarede
2025-10-07

Impressive view of the boxwork terrain captured two days ago by Curiosity

zoomhub.net/5r5pM

Oct. 5, 2025 - Sol 4680
Credits images: NASA/JPL-Caltech

A mosaic of nine black and white images capturing the boxwork structure on the slopes of Mont Sharp in Gale Crater.
Daniel Pomarèdepomarede
2025-09-26

Fascinating view of the boxwork structure, captured two days ago by Curiosity

▶️ zoom app zoomhub.net/VRnx5

Sep. 24, 2025 - Sol 4669
Credits: NASA/JPL-Caltech

A black and white panorama capturing the boxwork terrain, characterized by a pattern of hollows and ridges, currently studied by the Mars rover Curiosity.
Daniel Pomarèdepomarede
2025-09-02
A black and white panorama acquired by Curiosity with her right navigation camera, capturing a Martian landscape with distant buttes and the wall of the rim of Gale Crater, far away in the background
Daniel Pomarèdepomarede
2025-08-29

Stereo3D view captured by Curiosity from within a trough of the boxwork structure

To go 3D: eyes' lines of sight parallel, left image for left eye, right image for right eye.

Aug. 26, 2025 - Sol 4641
Credits: NASA/JPL-Caltech

A dual left/right stereoscopic pair of black and white photographies capturing a Martian landscape. This dual image is intended to be used to obtain a Stereo3D rendition of the scene through parallel viewing, and not cross-eyed viewing.
Daniel Pomarèdepomarede
2025-08-24

Late afternoon shadow selfie captured in Stereo3D by Curiosity

To go 3D: eyes' lines of sight parallel, left image for left eye, right image for right eye.

Aug. 23, 2025 - Sol 4638
Credits: NASA/JPL-Caltech

A dual left/right stereoscopic pair of black and white photographies capturing the instrumented turret and shadow of the Mars rover Curiosity. This dual image is intended to be used to obtain a Stereo3D rendition of the scene through parallel viewing, and not cross-eyed viewing.
Daniel Pomarèdepomarede
2025-08-08

Boxwork trough and ridge captured in Stereo3D by Curiosity just six hours ago

To go 3D: eyes' lines of sight parallel, left image for left eye, right image for right eye.

Aug. 8, 2025 - Sol 4623
Credits: NASA/JPL-Caltech

A dual left/right stereoscopic pair of black and white photographies capturing a Martian landscape. This dual image is intended to be used to obtain a Stereo3D rendition of the scene through parallel viewing, and not cross-eyed viewing.
Daniel Pomarèdepomarede
2025-07-30

Impressive view of Curiosity standing on the resistant ridge between two hollows of the boxwork terrain

July 30, 2025 - Sol 4614
Credits: NASA/JPL-Caltech

A black and white photography capturing a Martian landscape with Curiosity in the foreground, overlooking a trough in the boxwork formation. Several buttes stand in the background, as well as the wall of the rim of Gale Crater on the horizon.A map showing the location of the Mars rover Curiosity within the boxwork unit. This map is created with image data from the Context and the HiRISE cameras on NASA’s Mars Reconnaissance Orbiter.
Daniel Pomarèdepomarede
2025-07-29

These vistas ⤴️ are part of a 360° Mastcam panorama that documents both the ridge-and-hollow topography of the boxwork-forming unit explored by the rover, and the overlying stratigraphy in some of the nearby buttes.

ℹ️ science.nasa.gov/blog/curiosit

Daniel Pomarèdepomarede
2025-07-21

Stereo3D view captured yesterday by Curiosity from the top of a ridge, at the start of the main boxwork region

To go 3D: eyes' lines of sight parallel, left image for left eye, right image for right eye

ℹ️ science.nasa.gov/blog/curiosit

July 20, 2025 - Sol 4605
Credits: NASA/JPL-Caltech

A dual left/right stereoscopic pair of black and white photographies displaying a Martian landscape. This dual image is intended to be used to obtain a Stereo3D rendition of the scene through parallel viewing, and not cross-eyed viewing.

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