Perseverance lands safely on Mars and sends back its first images of the surface – TechCrunch

Mars rover firmness A rocket-powered sky-crane has landed on the surface of Mars shortly after a white pore descent encompassing the landing site shortly before landing. The rover immediately sent back his first image of the Jazero crater, which he must have been searching for during his mission.

Perseverance, seen as a visibly tense but optimistic team, made its final approach to Mars a few hours earlier, confirming that it was on track to hit the bullseye of the Jagero crater, the ancient delta where the rover soon followed Must be moving

Barring some brief but expected communication blackouts due to the superhit air around the craft, as the slender Martian atmosphere entered, the lander sent a steady stream of updates back to the team on Earth – certainly delayed, certainly spaced. From Second Planet.

The team, and attractively on-screen host gasped at Major Mission Headquarters, whispering “Yes!” And other indications of his excitement were given as reports of entering the atmosphere at the time, that the craft did not break during the 10-G breaking maneuver, the parachute was deployed, that a landing site met the ground Thi-replacing the rider, which started the powered descent and the sky crane, and finally, the rover touched the surface safely.

The NASA team celebrated the landing of the rover's solidity on Mars.

Image Credit: NASA

Charing but, according to COVID-19 precautions (as they normally hug each other), the team celebrated the landing and were soon treated to the first pictures sent back from the rover.

These initial images are low-quality sent by a “camera of hazards” seconds after landing, a fishe used for navigation. As the dust freezes (literally) and the rover debuts its more powerful devices and cameras, we’ll have new, colorful images – perhaps within an hour or two.

For a more complete look at the mission and its notable landing method, you can read Tomorrow’s Profile of Perseverance Mission. The next few days will probably be no less exciting than the landing of terrorist persecution, but soon the rover will be up and running around the jzero, looking for evidence of life on Mars and technology that could be used by future human visitors Can test

“We are not yet ready to go there with astronauts, but the robots are ready,” JPL director Michael Watkins said on the broadcast. “We start by sending, you know, our eyes and arms are there as robots. To be able to do this, and to learn from each rover, to learn from science and engineering and to improve the next one and to make more and more discoveries is simply fantastic. Whenever we do one of these missions, we make awesome discoveries – and you know, each one is more exciting than the last. “

The animated image shows the Ingenuity Mars helicopter flying on Mars.

Image Credit: NASA / JPL-Caltech

Everyone is looking for exciting things for Mars Helicopter Ingenuity, hopefully to take flight soon as well.

“We have a series of major milestones between now and the first flight. Tomorrow, we will turn on the helicopter, and the space station can confirm its health. The next major milestone will be when the rover deploys the helicopter to the surface, and this is the first moment Ingenuity operates in a standalone manner, ”said MiMi Aung, project manager and lead for engineering ingenuity. “Surviving that first cold night on Mars would be a major milestone, then we would execute a series of checkouts, and then we would perform that very important first flight. And if the first flight is successful, we have four more flights in 30 Martian days that we have scheduled for our flight experiments. “

The helicopter project will certainly be novel, but it is not about making a recording for the first time for NASA that is able to say that they did; The future is expected to have a strong technical foundation for future exploration.

“A helicopter flying to rovers and astronauts in the future could provide high-definition reconnaissance information for rovers and astronauts,” Aang said. “And importantly, being able to fly will enable us to take them to places we can’t meet with rovers and astronauts, such as steep rock ledges, deep inside cracks, all areas of high scientific interest. . This is going to change the game. “