How long would it take to get to Jupiter travel at the speed of light?

The trip at the speed of light would take about eight minutes, although it would take an average of 11 years to get there. The reason for the long journey is that it would take the spacecraft about two years just to get out of the solar system. The spacecraft would take about two years to get to the closest point to the sun, and another two years to travel to the point beyond that. This would put the spacecraft near the orbit of jupiter around 2029.

How long to get to Jupiter travel at the speed of light?

The fastest spacecraft ever built made it to within 0.14 AU from the Sun. In other words, it was about 391 million miles away. This would take 66 days to travel. And that’s fast! While it’s nearly impossible to travel at the speed of light, the best we can do is travel within the speed of light. At this speed, it would take about six months to reach our closest neighbor, the moon

How long would it take to get to Jupiter travel at the speed of light in

If you could travel in the direction of the Sun’s motion at the speed of light, it would take approximately 4.9 years to reach Jupiter. If you could travel in the opposite direction of the Sun’s motion at the speed of light, it would take around 12 years to reach the Sun.

How long would it take to get to Jupiter travel at the speed of light NASA?

To travel at the speed of light would take less than eight minutes. Even with a journey to the furthest reaches of the solar system, a trip to Jupiter wouldn’t take very long. And considering the length of time it would take at any other speed, this makes sense. The journey would only take eight minutes, and that’s because the trip would take less than eight minutes at any other speed.

How long would it take to get to Jupiter travel at the speed of light in a rocket?

The more we learn about the inner workings of the sun, the more we realize just how massive and complex it is. For example, during the 11 years it takes the earth around the sun, the sun emits just 0.08 percent of its energy. The rest is held back by the sun’s immense gravity. Although it’s tempting to believe that a trip to the sun would be a breeze, the reality is a little more complicated.