Marsha Coleman-Adebayo

Tech Updates

Perseverance Lands Safely on Mars and Sends Back its First Images of the Surface

6 min read

 

Just after white knuckle descent that included the selecting of a point of landing just minutes before landing in a rocket-controlled sky crane, Perseverance managed to land on the surface of Mars. The rover immediately returned her first image of Jezero Crater, which she will explore during her mission.

An obviously tense and yet optimistic team looked at the final approach to Mars by Perseverance a few hours ago to verify that the rover would soon row in the bullseye of Jezero Crater.

The lander has sent a continuous stream of information to the team on Earth — which were, of course, considerably postponed by the location from the other Planets — with the exception of a few short but anticipated blasts caused by the overheated air from around craft while entering a thin Martian atmosphere.

Audibly whispered, the squad as well as charmingly the hosts in Mission HQ’s on display! Additionally, he made some other indications of his thrill when the news came to pass in the atmosphere, that throughout the 10-G braking manoeuvre, the boat had not disintegrated, that perhaps the parachute had been dispatched, that now the ground-facing radar discovered the atmosphere, that the powerful descent as well as the sky grid had begun and, eventually, that the rover would have touched down safely mostly on the surface.

However, the team commemorated the attempt to land and were promptly treated for the first pictures decided to send back from its rover, in accordance only with COVID-19 precautionary measures not (as they were normal).

These images are of poor quality, sent from the “hazard camera,” a fisheye used during navigation only a few seconds after landing. As (literally) dust has settled as well as the rover starts its much more powerful devices but instead cameras, we will have the latest, coloured pictures – probably in an hour or two.

You could even read yesterday’s portfolio of the Perseverance mission for a much more perfect fit at the mission, as well as its distinctive approach. The next few days would then likely be less thrilling than that of the landing; however, the rover will soon seem like Jezero to seek proof of life on Mars and evaluate technology that human visitors can use for the future.

 

 

“We are still not prepared for an astronaut, however, the robots are prepared,” Michael Watkins, JPL director on the broadcast. “It’s a robot, you understand, that we’re going to send our eyes and arms to there. It’s really just great to learn from every rover, to learn from science and engineering and also to improve your future and also to make even more discoveries. We start making fantastic inventions each moment we do a few of these missions – and you know that everyone’s more interesting than the last one.”

It is hoped that the interesting thing everybody will take flight soon, Mars helicopter Ingenuity.

“By now and in the first place, we have such a number of major milestones. We’re going to switch the helicopter on tomorrow as well, as the space station can verify its wellbeing. The next important milestone is when the rover instals the helicopter itself on the surface. This probably the first time Ingenuity is operating alone,” said MiMi Aung, Ingenuity’s manager of the project as well as engineering. “When we survive this first cold, cold night on Mars, we’ll take a lot of checkouts; then we’ll take this quite essential first flight. We’ll do this important thing. But if the first aircraft is able to succeed, in the 30 Martian days of our flight experimentation, we have up to four more flights.”.”

The venture for the helicopter will certainly be new, but it does not only mean that they will be capable of recording the first for NASA; Ingenuity will hopefully lay a solid technical foundation for future exploration.

“A helicopter that will fly much further ahead of rovers, as well as astronauts in future, could provide the rovers and astronauts with high-definition recognition information before taking long voyages,” said Aung. “And, just like the deep inside crevasses, steep cliffs, all areas of great scientific interest will enhance our flight to places we cannot reach with rovers as well as Astronauts. It’s going to change the game.”

 

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