How long does it take to get to Jupiter's moon Europa

How long does it take to get to Jupiter's moon Europa?

The journey to Jupiter's moon europa takes approximately four and a half years. This is because you need to travel around the Sun and then make your way to the far side of the solar system, where the gravitational pull of Jupiter can help you safely make it to the moon. As well as this, the journey to Europa is rather slow and will take you approximately 11.5 years, making it one of the longest journeys in the Solar System.

How long does it take to land on Europa?

The journey to europa would be incredibly challenging, requiring a large, complex spacecraft capable of travelling hundreds of millions of miles while orbiting around the sun. A successful mission to Europa would likely require a journey of several years before arriving at the moon.

How long does it take to get to Europa using spaceships?

A journey to Europa will take about 11 days to reach using chemical propulsion. (Image: NASA/JPL-Caltech/SETI Institute). It would take a little longer using electric propulsion, at 27 days. A journey to the moon would take about 22 days.

How long does it take to go to Europa?

In December 2018, NASA sent the Europa Clipper spacecraft on its first reconnaissance mission to learn more about the moon and whether it’s possible for life to exist there. It will fly by Europa 11 times, taking images and data to help determine if the moon is habitable. The spacecraft will also measure the temperature of the ocean, looking for signs of thermal plumes that could be providing energy to submersible organisms.

How long does it take to travel to Europa?

The journey to Europa would take about six years if you traveled at the speed of light. One day on Europa would take approximately 10 hours, which means that if you traveled there at the same speed as the Voyager spacecraft, you would need about 400 days. A trip to Europa could take much longer than that if you had to use the journey's energy budget on other destinations.