NASAs Perseverance Mars Rover in the Jezero crater, 3D 360 view from the approximate position. @Spacex3DCreationEccentric
NASAs Perseverance Mars Rover in the Jezero crater, 3D 360 view from the approximate position.  @Spacex3DCreationEccentric
Uploaded February 2021 | Updated September 2026, 2 weeks ago
The rover has successfully landed in the Jezero crater. Congratulations to everyone involved.
My 3D 360 ° view from the approximate position of NASA's Perseverance Mars Rover in the Jezero crater.
I created the terrain with original data from NASA and USGS.
Terrain dimensions: L 31.9 km x W 30.22 km x H 1.195 km

Cam position about 50 m above the surface of Mars.




Der Rover ist erfolgreich im Jezero Krater gelandet. Herzlichen Glückwunsch an alle Beteiligten.
Meine 3D 360° Ansicht aus der ungefähren Position von NASA's Perseverance Mars Rover im Jezero crater.
Das Terrain habe ich mit original Daten der NASA und USGS erstellt.
Terrain Abmessungen: L 31,9 km x W 30,22 km x H 1,195 km
Cam Position ca 50 m über Marsoberfläche.
NASAs Perseverance Mars Rover in the Jezero crater, 3D 360 view from the approximate position.SpaceX 3D Summary! Construction progress Starbase Launch site, Boca Chica June 7 2021SpaceX Starship development since July 2020. SN8 to SN15.SpaceX Launch table complexity and Sound suppression system. Boca Chica June 18 2021NASAs Perseverance Mars Rover in Jezero Crater at its approximate landing site.Flow Simulation on the SpaceX Spaceship flaps (model SN8) in Blender 2.9.1SpaceX launch tower section 8 stacked & Is this the head of Mechazilla! Boca Chica July 19 20213D drone test flight over the SpaceX Starship Launch Site in Boca Chica.SpaceX crane lift principle of functionality. Pulleys and pulley blocks. Boca Chica July 29 2021Livestream von Spacex 3D Creation EccentricSpacex Starship SN8 SN9 SN10 Electric Flap Motor Control. 3D animated movement sequence.SpaceX Starship Cargo fairing, which door variant is preferred!
Spacex 3D Creation Eccentric |

NASA's Perseverance Mars Rover in the Jezero crater, 3D 360 view from the approximate position.

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER