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Voyager 2 gets launched before Voyager 1 because it was planned that Voyager 2 reach Saturn and Jupiter after Voyager 1.

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Voyager 1 gets launched after Voyager 2 because it is expected to reach Saturn and Jupiter first.

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Sept. 6, 1977-Voyager 1's First Picture of the Moon and the Earth

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Sept. 6, 1977-Voyager 1's First Picture of the Moon and the Earth

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Voyager 1 sends its first spacecraft picture of the Earth and the moon.

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Discoveries of active volcanoes (March 9th, 1979).

Discovered the Jovian ring system and Jupiter's two moons: Thebe and Metis.

The Great Red Spot is considered a huge cyclone-like storm.

Ganymede has grooved terrain.

Discovered that Jupiter has lightning.

It was discovered that Io, Jupiter's moon, has its ion stripped from its surface and it gathers around Jupiter creating Jupiter's magnetic field to inflate.

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Took the first pictures of Jupiter's ring system.

Discovered a third moon: Adrastrea.

Getting closer to the moon Europa, shows linear features that may suggest cracks in ice a liquid water ocean.

Also observed that 6 of Io's volcanoes are still erupting from when Voyager 1 was there. (Their active periods can last for months. Io's volcanoes can also turn on and off.)

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Reaches the largest moon, Titan and Saturn itself.

Discovered three moons: Atlas, Prometheus, and Pandora. Finding Prometheus and Pandora near Saturn's F rind proved scientists' theory of sheepherding moons to keep narrower rings material in line.

Discovered ghostly features in Saturn's rings.

Data was gathered from the moon Titan, showing a thick, Earth-like atmosphere.

Voyager 1 begins its voyage out of the solar system.

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Encounters most of Saturn's icy moons (Tethys and Iapetus) including the moons that Voyager 1 had discovered.

Took pictures of the half-young, half-old terrain of the moon Enceladus.

Took pictures of Saturn's north pole (it will later be found out that there is a hexagonal-shape weather pattern that circulates around the pole).

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Jan. 24, 1986- Voyager 2 Reaches Uranus 

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Jan. 24, 1986- Voyager 2 Reaches Uranus 

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This is the first time that Uranus was seen up close.

Also reveals 11 new moons: Puck, Juliet, Portia, Cressida, Desdemona, Rosalind, Belinda, Perdita, Cordelia, Ophelia, and Bianca.

The moon Miranda shows that it may have experienced heating periods from the other moons.

Uranus's magnetic field is tilted (its magnetic field poles are closer to the equator).

First to be able to take photos of Uranus's dark rings that reach a temperature of minus 353 degrees, this makes Uranus the coldest planet that we have in our solar system.

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Aug. 25, 1989-Voyager 2 Reaches Neptune 

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Aug. 25, 1989-Voyager 2 Reaches Neptune 

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Voyager 2 is the first spacecraft to observe Neptune up close. Also, the first spacecraft to visit four planets beyond Earth.

Discovered 6 new moons: Despina, Galatea, Larissa, Proteus, Naiad, and Thalassa.

Took the first pictures of Neptune's rings.

Discovered a huge storm that is rotating counter-clockwise that is located in Neptune's southern hemisphere. Named "the Great Dark Spot".

First close-up views of the moon Triton. It was a cold, fractured moon with terrain that has a texture of a cantaloupe rind, has geysers that were erupting from pink nitrogen ice.

Voyager 2 begins its trip out of our solar system.

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Oct. 10 & Dec. 5, 1989-Voyager 2's Camera were Turned Off

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Oct. 10 & Dec. 5, 1989-Voyager 2's Camera were Turned Off

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Scientists turn off Voyager 2's cameras to focus on data collection on solar wind and interstellar space. Voyager 2 can no longer fly close to any astronomical object to take pictures.

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Dec. 16, 2004-Voyager 1 had Crossed the Shock

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Dec. 16, 2004-Voyager 1 had Crossed the Shock

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Voyager 1 crosses what is called the termination shock, where solar wind abruptly slows down and then heats up when it encounters interstellar wind. When the Voyager 1 crosses the termination shock, the ground antennas were not scheduled to listen to listen for the data that was being transmitted.

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Aug. 30, 2007-Voyager 2 had Crossed the Shock

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Aug. 30, 2007-Voyager 2 had Crossed the Shock

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Voyager 2 was able to cross the termination shock into what is called the heliosheath, which is the outer layer of the bubble the Sun blows around itself and the other planets. The antennas were ready to listen for Voyager 2's data transmissions.

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Aug. 25, 2012-Voyager 1 Enters Interstellar Space 

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Aug. 25, 2012-Voyager 1 Enters Interstellar Space 

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Voyager 1 was able to pass the heliopause-the boundary between our solar system and the matter that is ejected by the explosions of stars. Voyager 1 is constantly collecting data, it detected cosmic rays and their intensity and also made the first measurement of the interstellar magnetic field.

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Apr. 9, 2013-Voyager 1 Discovered Ringing of Interstellar Space

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Apr. 9, 2013-Voyager 1 Discovered Ringing of Interstellar Space

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Voyager 1 had made the first measurement of the interstellar medium's density, a wave caused by a coronal mass eject that came from the sun, this causes the plasma in the interstellar space to ring. The higher pitch of the ringing had indicated that the density is 40 times higher than before.

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Nov. 5, 2018-Voyager 2 Probe Enters Interstellar Space

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Nov. 5, 2018-Voyager 2 Probe Enters Interstellar Space

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The second time in history, NASA's Voyager 2 Probe exits the heliosphere.