The black and white image taken by an obstacle avoidance camera installed in front of the rover of China's Mars probe Tianwen-1 shows that a ramp on the lander has been extended to the surface of Mars. The terrain of the rover's forward direction is clearly visible in the image, and the horizon of Mars appears curved due to the wide-angle lens. (Photo provided by the China National Space Administration)
BEIJING, May 19 (Xinhua) -- Two photos and two videos captured by China's Mars probe Tianwen-1 during and after the country's first landing on the red planet were released by the China National Space Administration (CNSA) on Wednesday.
The lander carrying a rover of the Tianwen-1 mission touched down in the southern part of Utopia Planitia, a vast plain on the northern hemisphere of Mars, on May 15, becoming the country's first probe to land on a planet other than Earth.
The first photograph, a black and white image, was taken by an obstacle avoidance camera installed in front of the Mars rover. The image shows that a ramp on the lander has been extended to the surface of Mars. The terrain of the rover's forward direction is clearly visible in the image, and the horizon of Mars appears curved due to the wide-angle lens.
In the color photo taken by the navigation camera of Tianwen-1 probe towards the rear of the rover, the rover's solar panels and antenna are seen unfolded, and the red soil and rocks on the Martian surface are clearly visible. (Photo provided by the China National Space Administration)
The second image, a color photo, was taken by the navigation camera fitted to the rear of the rover. The rover's solar panels and antenna are seen unfolded, and the red soil and rocks on the Martian surface are clearly visible in the image.
Videos taken by a camera on the orbiter of Tianwen-1 show how the lander and the rover separated from the orbiter during landing. (Videos provided by the China National Space Administration)
The probe also sent back a video taken by a camera on the orbiter, showing how the lander and the rover separated from the orbiter during landing. ■
