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Close-up video of a genius helicopter flight shows its complete mastery of the dilute atmosphere of Mars

Images recently landed of a genius helicopter flight in September allow the rover's imaging team to capture an almost complete thrilling video of its powerful performance in the Martian dilute atmosphere.

NASA's Perseverance Mars astronaut from the 13th flight of the Ingenuity helicopter on September 4 provides more details on how this moving rotorcraft works.

The Genius helicopter is now in its 16th year. The flight is getting ready, which is scheduled to take place on November 20 (November 29). But the little bird's thirteenth flight at 160.5 seconds was one of its most complex displays on the Red Planet.

Rakhmon was persistent in helping the rover team. These images, taken from a height of 8 meters, complement the images collected during the Twelfth Flight and provide valuable insights for the persistent scientists of rover drivers. Mastcam-Z) taken by an astronaut. One video shows a large part of the 1.8 kg helicopter flight path in step 13, and the other shows a close-up view of the take-off and landing process. This second video was taken as part of a scientific observation to measure the masses of dust produced by the helicopter.

NASA said: "The value of hard-hitting really shows with these video clips. Even at a distance of 300 meters, we get a close-up view of the take-off and landing through the right eye of this camera. "This gives viewers a good understanding of the environment in which the genius is exploring." The helicopter goes to the right. After the initial ascent to the maximum planned altitude of 8 meters, the helicopter rotates slightly to adjust its color camera to capture images of Martian features.

Then the genius begins to move, and before leaving the frame, the propulsion They allow horizontal movement in the dilute atmosphere of Mars. Shortly afterwards, the helicopter returns and lands near where it took off. The genius team landed at a different point about 12 meters away, aiming to land to avoid a process such as creating a wave of sand that landed at the end of the twelfth flight.

Although out of sight The left-hand helicopter is less visible and captures more of Mars than the right eye, but this wide-angle camera still provides an overview of the path that the genius team had planned to ensure its success. p>

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"Howard Grip" "We got off the crater floor and headed over the ridge before going deep into Sita," said the JPL senior genius pilot. "Because the helicopter navigation filter prefers flat terrain, we planned to reduce the altitude near the ridge and float for a moment."

Helps the helicopter to follow its course well despite changes in the terrain of Mars. He does the same on the way back. "It's really amazing to see this happen, and it enhances the accuracy of our modeling and our understanding of how genius is set to deliver the best performance." After the initial ascent to a height of 8 meters, the helicopter's laser altimeter notices a change in ground height as it moves northeast and upward. Thus genius automatically adjusts its height; As it approaches the ridge, it rises slightly and then descends to remain 8 meters above the undulating surface. Landing in the area, the color camera captures 10 of the area's rocky outcrops with its color camera. The break went and most communications with the planet were suspended. With the resumption of communication, however, the genius performed a take-off test on the fourteenth flight, and on the fifteenth flight, it attempted to move in the direction of the Wright Brothers Airport, where it began.

Cover: Graphic design of a genius helicopter flight to Mars
Credit: NASA/JPL-Caltech


Source: SciTechDaily

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