China’s Tianwen-1 Mars Orbiter Sends Back Stunning High-Definition Photos of Red Planet’s Surface

China’s space program is gearing up for a big year, not just with its first Martian probe, but also the anticipated construction of a large new space station.
Sputnik

China’s first probe dispatched to Mars, Tianwen-1, has sent back its first photos from high above the planet, including a stunning color image of its north pole.

China National Space Administration (CNSA) published three photos on Thursday received from Tianwen-1: two close-in panchromatic images show the planet’s surface in high detail.

According to Global Times, the high-definition images were taken at an altitude of 330-350 kilometers above the surface and show an incredible amount of detail, down to 0.7 meters. CNSA said the larger crater is about 620 meters wide.

China’s Tianwen-1 Mars Orbiter Sends Back Stunning High-Definition Photos of Red Planet’s Surface
China’s Tianwen-1 Mars Orbiter Sends Back Stunning High-Definition Photos of Red Planet’s Surface

Another photo snapped with a different camera shows Mars’ north pole in stunning color. What appear to be cloud swirls are actually ice deposits atop sand dunes buffeted by strong winds.

China’s Tianwen-1 Mars Orbiter Sends Back Stunning High-Definition Photos of Red Planet’s Surface

Tianwen-1’s photos come after NASA’s surface rover, Perseverance, sent back a video of its descent followed by photos and sound recordings from the surface. The two spacecraft arrived in the Martian system just days apart and were joined by the United Arab Emirates’ Hope orbiter, also that country’s first.

While Hope will remain in space, Tianwen-1 is expected to drop its own rover down to the surface in late May or early June, Bao Weimin, director of the Committee of Science and Technology under the China Aerospace Science and Technology Corporation, told CGTN Thursday. The rover has no name as of yet, but it is expected to operate for about 90 days after touching down.

Tianwen-1’s mission includes study of Mars’ morphology and geological structure, as well as its magnetic field, ionosphere and atmosphere more generally.

Discuss