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Scenic view of the landing website./ CNSA.
An image launched by the CNSA which was taken by Zhurongs rear-view electronic camera recorded its tracks on the Martian surface area..
Panoramic view of the landing website./ CNSA.
Wheel tracks left by the Zhurong rover on the Martian surface area./ CNSA.
Up until now, the Tianwen-1 objective has actually been in space for 338 days. The Zhurong rover has been working for 42 Martian days– one Martian day equals one day and 37 minutes on Earth– and has actually traveled an overall of 236 meters on the red planet.Both the orbiter and the rover remain in excellent working conditions, the CNSA stated. Zhurong will continue its movement, detection and clinical exploration missions as planned. On the other hand, the orbiter will continue to operate in a relay orbit, offering relay interaction for the rovers scientific exploration while conducting its own scientific detection operations..
The very first, captured on May 15, taped the descent and landing procedure of the lander and rover. A second one revealed the rover driving down from its landing platform to the Martian surface area on May 22. 2 more videos, shot on June 1, tape-recorded the rover driving around and having actually photos taken alongside the lander.This is the very first time that videos of the rovers motions on Mars have actually been seen.On June 16, the rover carried out a total evaluation of its surrounding environment to prepare its paths for subsequent clinical expedition.
Wheel tracks left by the Zhurong rover on the Martian surface./ CNSA.
The very first, caught on May 15, recorded the descent and landing procedure of the lander and rover. A second one showed the rover driving down from its landing platform to the Martian surface area on May 22. Two more videos, shot on June 1, taped the rover driving around and having pictures taken alongside the lander.This is the very first time that videos of the rovers movements on Mars have been seen.On June 16, the rover performed an overall evaluation of its surrounding environment to plan its paths for subsequent clinical expedition.
