Small helicopter ingenuity completes the fourth flight on Mars so far - Elm

Small helicopter ingenuity completes the fourth flight on Mars so far – Elm

The fourth flight was again faster and further than previous times. On Thursday, something went wrong at first and the plane stayed on the ground. NASA engineers understood this problem from previous tests. A day later, he succeeded on the second chance.

The 1.8 km Ingenuity (Ingenuity) was commissioned to fly 133 meters in a southerly direction and, among other things, to take pictures of a potential new landing site. This will be the final destination for the next journey on the red planet, as the air pressure is very low directly above the surface.

NASA has now decided not to stop at those five flights to Mars. Powered by rechargeable lithium-ion batteries, Ingenuity’s mission has been extended for an additional 30 days. “After that period, we’ll see how it goes,” spokeswoman Lori Glees told a news conference. “There is a possibility that we will last longer.”

For the Mars helicopter, which was on a NASA rover, the conditions on Mars are extreme. The rotors would have to do more than 2,500 revolutions per minute through the loosened atmosphere, roughly 1 percent of that on the ground, for altitude off the ground. Additionally, solar energy is less and batteries suffer from low temperatures at night, as the mercury can drop to minus 90 degrees.

The 1.8 km Ingenuity (Ingenuity) was commissioned to fly 133 meters in a southerly direction and, among other things, to take pictures of a potential new landing site. This will be the final destination for the next journey on the red planet, as the air pressure is very low directly above the surface. NASA has now decided not to stop at those five flights to Mars. Powered by rechargeable lithium-ion batteries, Ingenuity’s mission has been extended for an additional 30 days. “After that period, we’ll see how it goes,” spokeswoman Lori Glees told a news conference. “There is a possibility that we will last longer.” For the Mars helicopter, which was on a NASA rover, the conditions on Mars are extreme. The rotors would have to do more than 2,500 revolutions per minute through the loosened atmosphere, roughly 1 percent of that on the ground, for altitude off the ground. Additionally, solar energy is less and batteries suffer from low temperatures at night, as the mercury can drop to minus 90 degrees.

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