A new feat for the small NASA helicopter.
After making history on Monday, Ingenuity, which became the first motorized craft to fly to another planet, made a second riskier flight to Mars on Thursday, the US space agency said.
#MarsHelicopter Flight # 2 is in the books!
I've captured its higher, bolder flight, and I'll be sending back all my latest frames soon.
Meanwhile, here's a quick preview, including takeoff and two turns.
pic.twitter.com/MmNOuIQ8ly
- NASA's Perseverance Mars Rover (@NASAPersevere) April 22, 2021
This flight, which lasted 51.9 seconds against 39.1 seconds Monday, associated "several new challenges" compared to the first, "in particular a higher maximum attitude, a longer duration and lateral movements", noted NASA in a press release.
Read also Perseverance: how the Ingenuity helicopter prepares to make history with the first flight to Mars
Ingenuity took off at 5:33 a.m. (9:33 a.m. GMT), and rose to a height of five meters, while it had stopped three meters on the previous flight and the aircraft made a lateral movement for the first time, fulfilling two of NASA's ambitions.
"There is still a lot to learn"
“It sounds simple, but there are so many unknowns about how to fly a helicopter on Mars.
That's why we're here, to find answers to these questions, ”explained Havard Grip, one of its remote pilots.
The data received seems to indicate that this second flight "lived up to expectations," said Bob Balaram, chief engineer of the project.
“We have two flights to Mars under our belt, which means there is still a lot to learn this month with Ingenuity,” he added.
Read alsoBut what are we looking for on the planet Mars?
Other flights are planned, but "the lifespan" of Ingenuity will be "determined by the way it lands" each time, explained MiMi Aung, head of the helicopter project, claiming to want to "push our vehicle. to its limits ”. The Ingenuity experiment will stop whatever happens after a month, to let the Perseverance rover, aboard which it arrived on Mars, devote itself to its main task: to search for traces of ancient life on the planet. red.
