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

If you want to travel from earth to jupiter at the speed of light, it would take approximately 1.9 years. This is because the distance between the two planets is about 4.2 light-years, which is equal to 9.54 trillion miles.

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

Let’s start with the numbers. The fastest spacecraft ever built, voyager 1, traveled at about 0.006% the speed of light when it left the solar system in 2012. That means it would take about 300,000 years to reach the farthest planet from the sun at the speed of light. That’s an incredibly long time. It would take an average of just over 85 years for Voyager 1 to reach just the orbit of Saturn, the closest it could get to Jupiter

How long would it take to get to Jupiter from earth?

Currently, the fastest spacecraft ever built can move at about 0.006c – about 1.2 million km/hour. That would take about six years to reach Jupiter using conventional rockets. However, by using a system called the ‘artificial gravity transportation’, or ‘artificial gravity’, travel to Jupiter would take just four years.

How long would it take

If you could travel at the speed of light, you could make a trip to Jupiter in about 4.2 years. But, hopefully, you won’t be doing that any time soon. As of now, no one has ever traveled at the speed of light. The closest any human has come to traveling at that speed is at a whopping 0.000000001 percent of the speed of light.

How long does it take to get to Jupiter from earth at the speed of light?

A trip to the sun would take about 8 minutes at the speed of light. A trip to the nearest star, Proxima Centauri, would take about 4 years. These estimates assume you could travel at the speed of light, without any obstacles in the way. There are many potential barriers to sending humans to other solar systems. One of the biggest challenges is our current inability to travel fast enough. We still can’t travel faster than about 0.0002 c (that’s less