Less than a day later, Juno made its 34th flyby of Jupiter, racing over its roiling atmosphere from pole to pole in less than three hours. On June 7, 2021, NASAs Juno spacecraft flew closer to Jupiters ice-encrusted moon Ganymede than any spacecraft in more than 2 years. Synthetic frames were added to offer views of method and departure for both Ganymede and Jupiter. The video cameras point of view for this time-lapse animation was generated by person scientist Gerald Eichstädt, using composite images of Ganymede and Jupiter. Artificial frames were added to supply views of technique and departure for both Ganymede and Jupiter.

Ganymede flyby. Credit: NASA
The probe flew closer to Jupiters largest moon, Ganymede, than any other spacecraft in more than twenty years, providing dramatic looks of both the icy orb and the gas giant.
On June 7, 2021, NASAs Juno spacecraft flew closer to Jupiters ice-encrusted moon Ganymede than any spacecraft in more than 2 decades. Less than a day later on, Juno made its 34th flyby of Jupiter, racing over its roiling atmosphere from pole to pole in less than three hours. Using the spacecrafts JunoCam imager, the objective group has actually put together this animation to supply a “starship captain” perspective of each flyby.
” The animation reveals just how stunning deep space exploration can be,” said Scott Bolton, principal detective for Juno from the Southwest Research Institute in San Antonio. “The animation is a way for people to think of exploring our planetary system firsthand by seeing what it would resemble to be orbiting Jupiter and flying past one of its icy moons. Today, as we approach the interesting prospect of humans having the ability to check out area in orbit around Earth, this propels our creativity decades into the future, when people will be visiting the alien worlds in our planetary system.”

On June 7, 2021, NASAs Juno spacecraft flew closer to Jupiters ice-encrusted moon Ganymede than any spacecraft in more than two years. Less than a day later, Juno made its 34th flyby of Jupiter. Artificial frames were added to supply views of method and departure for both Ganymede and Jupiter.
The 3:30- minute-long animation starts with Juno approaching Ganymede, passing within 645 miles (1,038 kilometers) of the surface at a relative speed of 41,600 mph (67,000 kph). The imagery shows several of the moons light and dark areas (darker regions are believed to arise from ice sublimating into the surrounding vacuum, leaving dark residue) in addition to the crater Tros, which is amongst the largest and brightest crater scars on Ganymede.
It takes simply 14 hours, 50 minutes for Juno to take a trip the 735,000 miles (1.18 million kilometers) between Ganymede and Jupiter, and the viewer is transported to within simply 2,100 miles (3,400 kilometers) above Jupiters amazing cloud tops. By that point, Jupiters effective gravity has accelerated the spacecraft to nearly 130,000 miles per hour (210,000 kph) relative to the planet.
Among the Jovian climatic features that can be seen are the circumpolar cyclones at the north pole and five of the gas giants “string of pearls”– 8 massive storms rotating counterclockwise in the southern hemisphere that appear as white ovals. Utilizing info that Juno has actually learned from studying Jupiters atmosphere, the animation team simulated lightning one may see as we pass over Jupiters giant thunderstorms.
The cams perspective for this time-lapse animation was produced by citizen scientist Gerald Eichstädt, utilizing composite images of Ganymede and Jupiter. For both worlds, JunoCam images were orthographically forecasted onto a digital sphere and utilized to produce the flyby animation. Artificial frames were contributed to provide views of method and departure for both Ganymede and Jupiter.
As planned, the gravitational pull of the giant moon has affected Junos orbit, resulting in the reduction of its orbital period from 53 days to 43 days. The next flyby of Jupiter, the 35th of the mission, is arranged for July 21.
More About the Mission.
JPL, a division of Caltech in Pasadena, California, manages the Juno objective for the principal private investigator, Scott J. Bolton, of the Southwest Research Institute in San Antonio. Juno belongs to NASAs New Frontiers Program, which is managed at NASAs Marshall Space Flight Center in Huntsville, Alabama, for the agencys Science Mission Directorate in Washington. Lockheed Martin Space in Denver developed and runs the spacecraft.