In addition, near the end of the movie, "the camera frame rotates as the spacecraft reorients to point its large, saucer-shaped antenna in the direction of the spacecraft’s motion," NASA officials wrote in the same statement. "The antenna was used as a protective shield during the crossing of Saturn's ring plane."
That shield didn't end up taking very many hits; Cassini's first dive revealed that the narrow gap between Saturn and its innermost rings is surprisingly empty.
The $3.2 billion Cassini-Huygens mission — a joint effort of NASA, the European Space Agency and the Italian Space Agency — launched in October 1997 and reached the Saturn system in July 2004. (Huygens was a lander that the Cassini mothership helped deliver to the surface of the ringed planet's largest moon, Titan, in January 2005.)
RELATED: Cassini Makes Second Saturn Ring Dive as NASA Studies Unexpected Emptiness
The Cassini orbiter is almost out of fuel, so mission controllers are leading the probe through its last few months of life. This Grand Finale phase consists of 22 daring dives through the Saturn rings' gap, with each one coming about 6.5 days after the last.
The first plunge occurred on April 26 and the second on Tuesday night (May 2). The third one will take place in the early morning hours of May 9 EDT.
There is still a lot more to be learned from these additional dives, mission team members said.
"The images from the first pass were great, but we were conservative with the camera settings," Cassini imaging team member Andrew Ingersoll, of the California Institute of Technology in Pasadena, said in the same statement. "We plan to make updates to our observations for a similar opportunity on June 28 that we think will result in even better views."
Cassini will end its life with an intentional dive into Saturn's atmosphere on Sept. 15. This suicide plunge is intended to ensure that the spacecraft doesn't contaminate Titan or fellow Saturn moon Enceladus —both of which may be capable of supporting life — with microbes from Earth, mission team members have said.
Originally published on Space.com.