NASA’s ingenious helicopter to act as rover’s mission partner in diligence after fourth successful test flight

After a wrong start Departure failed, NASA’s ingenious helicopter Completed its fourth successful flight On April 30thTh, Flying above the surface of the dusty volcanic orb and now calling home.

It is not entirely clear what the esteemed space agency plans for the copter beyond this space. Without a complete review package, it was an experimental stowage that was hidden in the abdomen of the rover of diligence. The nuclear-powered rover is the star of the show, the beginning of an eleven-year plan Let the beautiful Martian rocks return to Earth. Ingenuity is a prototype drone that aims to prove that flying on Mars is possible, despite the very thin atmosphere that makes Levitt much harder than it is in our beautiful, blue sky.

The general idea with each successive flight is to push the copter to its limit, to try more complex aerial maneuvers and to travel further from perseverance. Eventually, the ingenuity (reasonably) was expected to fall to the ground after being pushed too far. But now it seems that the first machine capable of controlled combat power in another world seems to be being rebuilt, giving it a more collaborative and creative way to do it before it ends up being mechanical debris in the dust.

“The ingenious technology demonstration has been a huge success,” said Thomas Surbuchen, co-executive of NASA’s Directorate of Science Mission. Report Following the fourth flight. “As the intelligence is in better health, we plan to use it to benefit future aerial bases, while diligently advancing with the adjacent scientific goals of the rover team.”

Over the next two weeks two more test flights will enter the record books, and the ingenuity will engage in some of its aerial photography. After that, if the solar-powered drone is considered healthy, the ingenuity will stop being a demonstration of exemplary technology and begin to assist in the workings of diligence. It will send home a preview of what the rover’s future geological exploration sites will look like, which will diligently scout the front and perhaps help the rover navigate the landscape. Its camera systems allow you to capture multiple shots of the same object at different angles, allowing you to create 3D digital height maps.

None of this will significantly elevate the work of triggering the rocks of perseverance, but it is a great way to test aspects that will one day become an important feature of scientific research on Mars. But if you can not wait until the future comes, go to Iceland. There, over the next two years, scientists will experiment Next generation off-world rover and drone technology.

The prototype rover, already capable of full autonomy, not only with drones, but Led by By them. Said drones would fly over Icelandic territory at high speed (Something comparable to Mars’), Take photos of the soil below, create 3D maps of the terrain, and send the driving instructions back to the rover. They will go down to sites of scientific interest, model the sites themselves and use nails and drills, and bring those models back to the rover for detailed scientific analysis. If things seem credible, Rover will then go to the site to conduct a full investigation. Maybe one day, the rover will not be; Instead, the astronauts will exit Mars using their own smart drones.

That work in Iceland is just one of many technical demonstrations of what might come next on the next home Crimson orbit, and it would be fair to say a few years ago that it worked to see something real on Mars. For now, let us be satisfied with the remarkable work of Ingenuity, its engineers and pilots, and commend them for marking the beginning of a bold new chapter in planetary science.

Sophia Harrison

Part time worker

I'm Sophia Harrison working as a part-time staff at the Costco since the past year until I become as an author at the iron blade, hope I can use my experiences with the supermarkets here.

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