The farthest voyager in space documentary download hd free

Please see your browser settings for this feature. EMBED for wordpress. Want more? Advanced embedding details, examples, and help! That little space has billions of galaxies. So finding life in space is like needles in space haystacks. If galaxies collide, almost no stars will collide into another star.

Even though the spacecraft travel at 10 miles per second!!! In the fall of Voyager got its first views of Saturn. The rings are billions of icy particles bigger than our house. Both spacecraft were programmed to do the same mission at Saturn which was Titan. By now Voyager II was 9 months behind. There was a lot of pressure for Voyager I. Luckily the radio signal passed through the moon Titan which gave the measure of the pressure and temperature of the surface. It suggested liquid methane.

At some point, it had to go behind the planet which means no contact. When it popped over the other side it started transmitting error signals. Instruments added on the platform are — wide-angle camera, narrow-angle camera, infrared instrument, ultraviolet instrument and the photopolarimeter.

It was the darkest day of the whole mission. The scan platform has frozen. They could make the platform move slow to really fast so they kept moving is back and forth until the lubrication got into the gears. The shadow of Saturn on the rings was crazy! The engineers threw out the rule book after Saturn as they need to keep taking pictures wherever it went.

We can remove the first video in the list to add this one. We can remove the first show in the list to add this one. More More. In , Voyager 1 left our solar system and ushered humanity into the interstellar age. Learn More about PBS online sponsorship. Problems Playing Video? Report a Problem Closed Captioning. Before you submit an error, please consult our Troubleshooting Guide.

Your report has been successfully submitted. Thank you for helping us improve PBS Video. Skip to Main Content. Use System Theme. They were launched in to take advantage of a favorable alignment of Jupiter, Saturn, Uranus, and Neptune, and are now exploring the outer boundary of the heliosphere in interstellar space. Although their original mission was to study only the planetary systems of Jupiter and Saturn, Voyager 2 continued on to Uranus and Neptune, and both Voyagers are now tasked with exploring interstellar space.

Their mission has been extended three times, and both probes continue to collect and relay useful scientific data.