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#Stereo3D

Daniel Pomarèdepomarede
2026-03-05

Same view, but make it 3D

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

📷 areo.info/mars20/ecams/1790/

A dual left/right stereoscopic pair of ochre toned photographies capturing a Martian landscape, acquired by Perseverance on March 3, 2026, on the 1790th sol (martian day) of her mission. The rover casts her shadow on the foreground. A small nearby rocky mound eroded by aeolian processes occupies the centre of the image. A landscape of soft hills is seen in the background. 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
2026-03-04

Stereo3D view captured yesterday by Perseverance

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

Mar. 3, 2026 - Sol 1790
Credits: NASA/JPL-Caltech/ASU

A dual left/right stereoscopic pair of ochre toned photographies capturing a Martian rock heavily eroded by aeolian processes. 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
2026-03-02

Stereo3D view captured yesterday by Perseverance

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

Mar. 1, 2026 - Sol 1788
Credits: NASA/JPL-Caltech/ASU

A dual left/right stereoscopic pair of ochre toned 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
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
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
2025-11-08

Freshly crushed rocks, captured in Stereo3D by Curiosity with her MAHLI Mars Hand Lens Imager

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

Nov. 6, 2025 - Sol 4711
Credits: NASA/JPL-Caltech/MSSS

A dual left/right stereoscopic pair of ochre-toned photographies capturing Martian rocks. This dual image is intended to be used to obtain a Stereo3D rendition of the scene through parallel viewing, and not cross-eyed viewing. The rocks have an ochre color, with white patches exposed when the rocks were crushed by the passage of the rover wheels.
Daniel Pomarèdepomarede
2025-09-20

Awesome Stereo3D view of this strange rock spotted by the Mars rover Perseverance

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

Sep. 19, 2025 - Sol 1629
Credits: NASA/JPL-Caltech/ASU

A dual left/right stereoscopic pair of ochre-toned photographies capturing a Martian 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
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
2025-08-03

Stereo3D views captured today 70 minutes apart, under different lighting conditions, by Perseverance

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

Aug. 3, 2025 - Sol 1583
Credits: NASA/JPL-Caltech/ASU

A dual left/right stereoscopic pair of ochre-toned photographies capturing a Martian 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.A dual left/right stereoscopic pair of ochre-toned photographies capturing a Martian 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
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.
Daniel Pomarèdepomarede
2025-07-06

Stereo3D view of the latest drilling and fracturing by Percy, captured with her WATSON camera

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

July 5, 2025 - Sol 1555
Credits images: NASA/JPL-Caltech

An ochre toned dual left/right stereoscopic image capturing some crushed and drilled Martian rocks somewhere on the western edge of the rim of Jezero Crater. 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
2025-06-30

Stereo3D Mars

Sulfur Crystals from Curiosity and “Disturbed” Rocks and Soils from Perseverance – Stereoscopic Corner #11

Contributed by Mary Friargiu, Brian May (Yes that's right: Queen lead guitarist 🎸 and superstar!), and Claudia Manzoni

mastcamz.asu.edu/sulfur-crysta

Daniel Pomarèdepomarede
2025-06-30

A Stereo3D view of Proxima Centauri and its star field

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

From New Horizons spacecraft (left eye) and Earth-based (right eye) observations.

Credits: Tod Lauer et al
arxiv.org/abs/2506.21666

A dual left/right stereoscopic pair of black and white photographies displaying a star field. This dual image is intended to be used to obtain a Stereo3D rendition of the scene through parallel viewing, and not cross-eyed viewing. Left image is labelled NH standing for New Horizons, the spacecraft that took the picture. Right image is labelled with the Earth symbol. It was obtained on April 22 at 12:51 UT with CMOS camera mounted on the 0.4-meter telescope at the Siding Spring, Australia node of the Las Cumbres Observatory.
Daniel Pomarèdepomarede
2025-06-28

A Stereo3D view captured yesterday by the Curiosity rover

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

June 27, 2025 - Sol 4582
📷: 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.
Daniel Pomarèdepomarede
2025-06-16

Freshly crushed by a Martian robot: a Stereo3D view of the crime scene

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

June 15, 2025 - Perseverance Sol 1536
Credits images: NASA/JPL-Caltech/ASU

An ochre toned dual left/right stereoscopic image capturing some crushed Martian rocks somewhere on the western edge of the rim of Jezero Crater. 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
2025-05-19

A Stereo3D view of the boxwork structure captured today by Curiosity

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

Sol 4544 - May 19, 2025
📷: 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.
Daniel Pomarèdepomarede
2025-05-13

A Stereo3D view captured today by Perseverance, as the rover gets closer to the edge of the rim of Jezero Crater

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

May 13, 2025 - Sol 1503
Credits images: NASA/JPL-Caltech

An ochre-toned dual left/right stereoscopic image 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
2025-05-07

Captured 11 hours ago, a Stereo3D view of the bumpy terrain roved by Curiosity on the slopes of Mount Sharp

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

Sol 4532 - May 6, 2025
📷: 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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