Tag: Jezero Crater

Mars Helicopter Goes the Distance in Third Flight

Article by Mike Wall                                               April 25, 2021                                              (space.com)

• On February 18th, NASA’s Perseverance rover along with the Ingenuity helicopter landed together inside the 28-mile-wide Jezero Crater on Mars. On April 3rd, the small helicopter deployed from the rover’s belly, kicking off a month-long flight campaign. On April 19th the solar-powered helicopter made its 39-second vertical test flight reaching a maximum altitude of about 16.5 feet. On April 22nd, Ingenuity repeated the initial test, but stayed aloft for nearly 52 seconds while moving side-to-side a total of 13 feet. NASA receives the Ingenuity helicopter’s communications data through the Perseverance rover which is relayed to Jet Propulsion Laboratory (JPL) mission control in Pasadena, California.

• On April 25th, the four pound Ingenuity helicopter reached the same 16.5 feet altitude, but increased its airspeed from 0.5 meters per second to 2 meters per second (about 4.5 mph), traveling 164 feet north, then returning to its launch pad, dubbed ‘Wright Brothers Field’. Officials at NASA’s JPL mission control tweeted: “Third flight in the history books.” “ The space chopper is demonstrating critical capabilities that could enable the addition of an aerial dimension to future missions to Mars & beyond.”

• The Ingenuity helicopter mission proves that aerial exploration is possible on Mars. Although Mars has an atmosphere only 1% as dense as that of Earth at sea level, Mars helicopters could serve as scouts on future Red Planet missions, and also gathering data themselves. But this time, Ingenuity is not doing any science work. It is only attempting to demonstrate that it can fly. Ingenuity does carry a 13-megapixel color camera to snap photos of the Perseverance rover’s tire tracks on Mars.

• The JPL ‘Ingenuity team’ hopes to get in two more flights by early May. These last two sorties will likely be “really adventurous,” Ingenuity project manager MiMi Aung said during a news conference earlier this month, stressing that she and her colleagues want to push the little chopper’s limits. Then that will be it for Ingenuity. Perseverance will then begin to focus on the rover’s own science mission with two main tasks: hunting for signs of ancient Mars life inside the Jezero crater, which hosted a lake and river delta long ago; and collecting samples to return to Earth at a later time.

 

                     Perseverance rover

Make it a hat trick on the Red Planet for NASA’s Mars helicopter Ingenuity.

The 4-lb. (1.8 kilograms) chopper aced its third-ever Martian flight early this morning (April 25), adding to its already impressive resume.

“Third flight in the history books.” officials at NASA’s Jet Propulsion Laboratory in Southern California wrote on Twitter. “Our #MarsHelicopter continues to set records, flying faster and farther. The space chopper is demonstrating critical capabilities that could enable the addition of an aerial dimension to future missions to Mars & beyond.”

                           MiMi Aung

And today’s sortie was significantly more complex than Ingenuity’s previous two

Ingenuity helicopter’s first aerial color image

flights, which took place on Monday (April 19) and Thursday (April 22), respectively. On its historic, 39-second debut hop — the first powered, controlled flight for an aircraft on a world beyond Earth — the solar-powered helicopter went straight up and down and reached a maximum altitude of about 16.5 feet (5 meters).

Ingenuity went about that high on flight number two but stayed up for nearly 52 seconds and moved side-to-side a total of 13 feet (4 m).

“For the third flight, we’re targeting the same altitude, but we are going to open things up a bit, too, increasing our max airspeed from 0.5 meters per second to 2 meters per second (about 4.5 mph) as we head 50 meters (164 feet) north and return to land at Wright Brothers Field,” Ingenuity chief pilot Håvard Grip, of NASA’s Jet Propulsion Laboratory (JPL) in Southern California, wrote in a blog post Friday (April 23). (The Ingenuity team named the chopper’s flight zone after aviation pioneers Wilbur and Orville Wright.)

3:08 minute video of rover and helicopter video footage of Mars (‘Mars Mission’ YouTube)

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How the Mars Perseverance Rover Will Get to the Red Planet

Article by Chris Ciaccia July 29, 2020 (nypost.com)

• On July 30th, NASA’s $2.1 billion ‘Perseverance’ rover (pictured above) set out for Mars, along with the first helicopter to travel to Mars, known as ‘Ingenuity’. Among other tasks, the rover and the helicopter will be looking for signs of extraterrestrial life. The Perseverance will land at the Jezero Crater on February 18, 2021, joining the still-functioning Curiosity rover and the now-deceased Opportunity rover. NASA’s long-term goal is to send a manned mission to Mars in the 2030s.

• Like its predecessors, Perseverance is powered by a nuclear energy system known as ‘Multi-Mission Radioisotope Thermoelectric Generator’ thanks to the US Department of Energy. Says Under Secretary for Nuclear Security and National Nuclear Security Administratior Lisa E. Gordon-Hagerty, “From preparing astronauts for cratered terrain to building boxes for moon rocks to providing electricity from nuclear sources, I’m proud to say that we’ve lent our unique expertise for exploration of the solar system… for nearly 60 years.”

• In 2014, the Department’s Office of Nuclear Energy with Idaho National Laboratory, Los Alamos National Laboratory and Oak Ridge National Laboratory were tasked to construct the multi-mission radioisotope thermoelectric generator and its plutonium fuel to power the Perseverance rover. But the Department of Energy partnership with NASA goes back to the 1960s when the DoE provided radioisotope power systems to the Apollo missions, said DoE Under Secretary for Science Paul Dabbar to Fox News.

• Radioisotope power systems provide a steady power source in parts of the solar system that are dark or dusty. The Spirit and Opportunity rovers used Radioisotope Heater Units with a mission life of 7 and 14 years respectively, significantly longer than the 3-month primary mission lifetime. Curiosity is still going strong 7 years, over 3 times the primary mission timeline. The two longest-operating radioisotope power system missions are Voyager I and II, which are still in operation 43 years later.

• Perseverance’s ‘SuperCam’ was designed, built and tested at DoE’s Los Alamos National Laboratory in partnership with the French space agency, Centre national d’études spatiales (National Center for Space Studies). It uses laser-induced breakdown spectroscopy to study mineral composition, hardness and texture of Martian rocks and soils and will search for organic compounds related to Mars’ geologic past.

• The DoE’s Office of Science facilities also support the study of materials returned from NASA space missions to Mars, including the use of X-ray and electron imaging to study the form and shape of rock samples and various spectroscopy techniques to reveal the chemical composition.

 

            Lisa E. Gordon-Hagerty

After it was delayed three times to iron out issues, NASA’s Perseverance rover is slated on July 30 to head to Mars, where it will perform a number of tasks, including looking for fossilized evidence of extraterrestrial life.

                        Paul Dabbar

The $2.1 billion rover will also come with the first helicopter, known as Ingenuity, that will let researchers understand the viability and potential of heavier-than-air vehicles on the Red Planet. NASA’s long-term goal is to send a manned mission to Mars in the 2030s.

Once Perseverance lands on Mars at the Jezero Crater on Feb. 18, 2021, it will join the still functioning Curiosity rover and the now-deceased Opportunity rover on the Red Planet.

Similar to its predecessors, Perseverance is being powered by a nuclear energy system known as Multi-Mission Radioisotope Thermoelectric Generator (MMRTG), thanks to the Department of Energy. However, using nuclear power isn’t anything new for NASA.

The National Nuclear Security Administration has “supported NASA missions for nearly 60 years,” Under Secretary for Nuclear Security and NNSA Administrator Lisa E. Gordon-Hagerty told Fox News.

“From preparing astronauts for cratered terrain to building boxes for moon rocks to providing electricity from nuclear sources, I’m proud to say that we’ve lent our unique expertise for exploration of the solar system,” Gordon-Hagerty added.

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