Hang on tight as you watch this new footage of Jupiter.
This sped-up view shows the perspective of NASA's Juno spacecraft as it flew just 2,050 miles (3,300 kilometers) above the gas giant's cloud tops on April 9. This was Juno's 41st flyby above the radiation-spewing planet, during which the spacecraft soared at a top speed of 131,000 mph (210,000 km/h) relative to Jupiter.
"Citizen scientist Andrea Luck created this animated sequence using raw JunoCam image data," NASA officials wrote in a statement (opens in new tab) Friday (May 27).
That's more than seven times faster than the speed of the International Space Station orbits Earth and about five times faster than the crewed Apollo missions were traveling as they left Earth for the moon, NASA officials said in the statement.
The colorful imagery was created from the JunoCam instrument's raw images, which officials upload to an image processing gallery that allows citizen scientists to add their insights to the raw data.
While Juno's initial main target has been Jupiter, in January 2021 NASA authorized an extension of the mission's mandate to focus a little more closely on the planet's four large moons, especially Ganymede, Europa and Io. Juno will run until September 2025, assuming it remains in good health.
"With the extended mission, we will answer fundamental questions that arose during Juno's prime mission while reaching beyond the planet to explore Jupiter’s ring system and Galilean satellites," principal investigator Scott Bolton, of the Southwest Research Institute in San Antonio, said in a NASA statement (opens in new tab) when the extension was announced.
Radiation will likely be the mission's main threat as it attempts to continue its work for the next three years, but as long as Juno is active, it will serve as a scout for future missions at Jupiter, the largest planet in the solar system.
The new James Webb Space Telescope will also examine the giant planet from afar during its forthcoming Cycle 1 set of observations. Webb's work will add to years of data collected under the Hubble Space Telescope's Outer Planet Atmospheres Legacy program, which seeks to study the gas giants of the solar system at least once every Earth year.