k Trajectory of the Voyager probes Trajectory of the Voyager probes. Computer graphic of the flight paths of NASAs two unmanned Voyager probes sent to the outer planets. A rare alignment of these giant planets meant it would be possible to visit them all in one mission. Voyager 2 left Earth in August 1977, and Voyager 1 launched two weeks later with a faster trajectory. They both encountered Jupiter 1979 and Saturn 19801981, but only Voyager 2 encountered Uranus 1985 and Neptune 1989. The probes beamed back the first closeup images of these planets, and vast amounts of scientific data. The probes have exceeded the solar systems escape velocity, and continue to beam back data as they head out into interstellar space. Stock Photo - Afloimages
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Trajectory of the Voyager probes Trajectory of the Voyager probes. Computer graphic of the flight paths of NASA s two unmanned Voyager probes sent to the outer planets. A rare alignment of these giant planets meant it would be possible to visit them all in one mission. Voyager 2 left Earth in August 1977, and Voyager 1 launched two weeks later with a faster trajectory. They both encountered Jupiter  1979  and Saturn  1980 1981 , but only Voyager 2 encountered Uranus  1985  and Neptune  1989 . The probes beamed back the first close up images of these planets, and vast amounts of scientific data. The probes have exceeded the solar system s escape velocity, and continue to beam back data as they head out into interstellar space.
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Trajectory of the Voyager probes

Trajectory of the Voyager probes. Computer graphic of the flight paths of NASA's two unmanned Voyager probes sent to the outer planets. A rare alignment of these giant planets meant it would be possible to visit them all in one mission. Voyager 2 left Earth in August 1977, and Voyager 1 launched two weeks later with a faster trajectory. They both encountered Jupiter (1979) and Saturn (1980/1981), but only Voyager 2 encountered Uranus (1985) and Neptune (1989). The probes beamed back the first close-up images of these planets, and vast amounts of scientific data. The probes have exceeded the solar system's escape velocity, and continue to beam back data as they head out into interstellar space.

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