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Ingenuity Mars Helicopter Set for Historic Flight – Sky & Telescope

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An artist’s conception of Ingenuity in flight.
NASA / JPL-Caltech

An extended-awaited first in planetary spaceflight might quickly come to move, as NASA readies the Ingenuity Mars Helicopter, presently stowed on the Perseverance Mars rover for its first flight no sooner than April eighth.

Getting ready to Deploy Ingenuity

Perseverance landed on Mars in Jezero Crater on February 18th on the newly named Octavia E. Butler Landing Site. The Four-pound (1.Eight-kilogram) Ingenuity helicopter is stowed on the rover’s underside. Up to now, the staff has been testing the cost capabilities for Ingenuity whereas it’s nonetheless within the stowed place. As soon as it’s launched from the plutonium-fueled rover, the solar-powered helicopter is by itself.

“As with all the things with the helicopter, this sort of deployment has by no means been performed earlier than,” says Farah Alibay (NASA-JPL) in a latest press release. “As soon as we begin the deployment there isn’t any turning again.”

Although gravity on Mars is a couple of third of Earth’s, presumably making flight simpler, the environment can also be skinny, a couple of hundredth of Earth’s air strain at sea degree. The rarefied air presents a problem to the flying helicopter, which carries 4 carbon-fiber blades, organized in counterrotating pairs. They spin at 2,537 rpm — about 4 occasions sooner than passenger helicopters on Earth.

The staff dropped the protecting particles protect this previous weekend on Sunday, March 21st, exposing the helicopter. Now, the staff should drive Perseverance to the pre-selected “helipad” deployment website.The staff hopes to finish as much as 5 flights over a month in April.

What is going to comply with is a sequence of essential deployment occasions carried out over six Martian days (6 sols) that may carry Ingenuity from a horizontal place below the rover to vertical on the bottom. This course of consists of activation of a bolt-breaker to launch the helicopter on sol 1, then firing pyrotechnics on sol 2to permit a mechanized arm to swing Ingenuity from horizontal to vertical, permitting it to increase two of its 4 touchdown legs for the primary time.

On sol three, a motor will end rotating Ingenuity to the horizontal place, whereas it extends the second pair of legs. The legs will snap into place on sol Four.

Perseverance’s Broad Angle Topographic Sensor for Operations and eNgineering (WATSON) will doc the method, confirming that every step has been carried out. Proper earlier than deployment completes, the rover will take the ultimate alternative to prime up the cost on the helicopter’s six battery cells. Ingenuity will drop the final 5 inches (13 centimeters) to the Martian floor. Then, it is by itself.

A diagram from orbit of the primary ‘airfield’ on Mars.
NASA/MRO/HiRISE

The deployment website represents the primary “airfield” on one other planet. Shortly after touchdown and surveying the area round Perseverance, engineers realized they’d a possible deployment website, straight forward and in entrance of the rover, the place the land was flat and comparatively freed from particles.

The deployment timeline will see the primary flight not sooner than April eighth, although that would change a couple of days in both path as circumstances permit.

As soon as deployed, the rover will again off 330 ft (100 meters) inside 25 hours to permit Ingenuity’s photo voltaic panels publicity to daylight. The retreat additionally places Perseverance at a protected distance in preparation for documenting the primary flight. Ingenuity will them full a sequence of spin-up assessments.

The preselected parking level from which Perseverance will watch the primary flight of Ingenuity was formally named the Jakob van Zyl Overlook. This honors NASA-JPL Director for Photo voltaic System Exploration Jakob van Zyl, who handed away unexpectedly final yr, a couple of month after the launch of Perseverance. Ingenuity was one of many final initiatives that van Zyl labored on.

The Mars Environmental Dynamics Analyzer (MEDA) instrument aboard Perseverance will analyze wind and climate patterns forward of the primary flight. The go/no-go determination can be made the day earlier than, and instructions can be uploaded to Ingenuity across the similar time.

A preview of the primary potential flight profile on Mars.
NASA / JPL-Caltech

Throughout the first quick flight, Ingenuity will take off, fly to a modest altitude of simply three meters, hover, then land. Ingenuity will take about 30 pictures per second whereas in flight, together with the first-ever “distant rover selfie” on the bottom, whereas Perseverance pictures Ingenuity in flight. Ingenuity will keep inside a 50-foot lengthy oval patch throughout preliminary flight assessments.

What’s Aboard Ingenuity

“Ingenuity is an experimental engineering flight check — we wish to see if we are able to fly at Mars,” says MiMi Aung (NASA-JPL). “There are not any science devices onboard and no objectives to acquire scientific data. We’re assured that each one the engineering information we wish to get hold of each on the floor of Mars and aloft will be performed inside this 30-sol window.”

The anatomy of Ingenuity.
NASA / JPL-Caltech

Ingenuity does carry inertial sensors, a laser altimeter, and two cameras: a 13-megapixel shade digital camera and a zero.5-megapixel black-and-white navigation digital camera. Ingenuity additionally has inner heaters to resist the chilly Martian nights.

There’s additionally a chunk of cloth from the unique 1903 Wright Flyer aboard Ingenuity, a swatch concerning the measurement of a postage stamp.

Engineers place a chunk of the unique Wright Flyer aboard Ingenuity.
NASA / JPL-Caltech

The helicopter’s efficiency was examined in a vacuum chamber on the Jet Propulsion Laboratory on Earth, and the deployment and flight sequence was examined at JPL’s well-known Mars Yard. Price for design, improvement and building for Ingenuity was $85 million.

Future helicopters may grow to be customary aboard planetary missions to scout terrain forward, look into shadowed craters, and extra. Whereas Ingenuity’s mission is a brief proof of idea, it is solely the start. NASA plans on sending a way more formidable nuclear-powered helicopter named Dragonfly to Saturn’s giant moon Titan, maybe launching by 2027.

April will really be the “month of Ingenuity” because the historic interplanetary helicopter is about to take flight.




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