In a Friday afternoon tweet, NASA’s Ingenuity team at the Southern California Jet Propulsion Laboratory (JPL) announced the victory.
“Success! #MarsHelicopter completed its 4th flight, going farther & faster than ever before,” JPL wrote. “It also took more photos as it flew over the Martian surface. We expect those images will come down in a later data downlink, but @NASAPersevere’s Hazcam caught part of the flight.”
The helicopter failed to transition to flight mode for its first attempt scheduled on Thursday morning.
JPL received the data during a downlink at 1:21 p.m. ET.
Flight four sent Ingenuity 436 feet south to collect aerial imagery of a possible new landing zone, achieving new records on range, speed and duration on the 873-foot journey.
The next flight would be a one-way trip to a new landing site.
Ingenuity will conduct up to six test flights, assuming NASA continues to successfully clear potential hurdles.
In a Friday news conference, JPL engineers also announced that Ingenuity would enter a new operations demonstration phase — having already proven that powered, controlled flight is possible on the Martian planet.
The new phase is slated to begin after the helicopter completes its sixth flight and was the result of the Perseverance Mars rover’s science team choosing a nearby section of crater bed for its first detailed explorations.
In a release, the agency said that with Ingenuity systems performing “beyond expectation,” an “opportunity arose to allow the helicopter to continue exploring its capabilities with an operations demonstration, without significantly impacting rover scheduling.”
The operations demonstration is set to begin around two weeks from the helicopter’s sixth flight and the focus will shift once more to the Mars rover and its goal of searching for traces of ancient microbial life in addition to collecting and caching samples for later return to Earth.
On April 26, Perseverance drove 33 feet with the goal of identifying possible targets for study.
Ingenuity, NASA said, may execute scouting flights to help uncover targets, potential rover routes and inaccessible areas before the cadence of flights slows.
“[It’s] very interesting for us in the science side to be able to participate in this demonstration of the operational capability of a helicopter,” Ken Farley, project scientist for Perseverance, told reporters.
“Of course, we recognize that the ability to both scout rover traverse directions, making sure that there are pathways that are safe and efficient to get us to where we want to go and the ability to fly the helicopter out into terrain that the rover cannot possibly traverse to bring back scientific data — this is extremely important for future missions that could combine a rover with a reconnaissance helicopter,” he said.
Ingenuity project manager Mimi Aung, who was also in attendance, said in the release that her team had appreciated the support from the Perseverance team during the helicopter’s technology demonstration phase.
“Now we have a chance to pay it forward, demonstrating for future robotic and even crewed missions the benefits of having a partner nearby that can provide a different perspective – one from the sky,” she said. “We are going to take this opportunity and run with it – and fly with it.”
Flight operations will be completed no later than the end of August.