How long does it take to get to Jupiter and back?

This is a question which is frequently asked by people interested in space travel to visit the gas giant. We won’t be able to visit jupiter and back in a Falcon 9 or Falcon Heavy yet. Those vehicles are still under development and will be the first capable of sending humans to Mars and the Moon. Even if they were available, they’re simply not designed to do it. There are two options for travel to Jupiter: fly around the Sun using chemical rockets or fly with solar power

How long does it take to fly to Jupiter and back in inches?

Travelling to jupiter and back is a journey of approximately 9.5 billion km (5.9 billion miles), with a journey time of just under 1.5 years. A spaceship would need to travel at 11 km/s (67,556 kmph) to make it to Jupiter in a year. If you were to travel to Jupiter at this speed, it would take eight years to reach the gas giant.

How long does it take to get to Jupiter and back in inches?

If you want to travel to the Sun-Earth system and back, your best option is to use the New Horizons spacecraft. It’s currently on its way there, and will reach the distance of about 4.9 billion miles from the Sun in 2019. However, before it reaches the Solar System’s biggest planet, it has to make some major maneuvers. To reach Jupiter, the spacecraft will have to slow down from 30 miles per hour to 10 miles per hour, which will take

How long does it take to travel to Jupiter

This all depends on how you plan to travel. If you want to do it the old-fashioned way, you’ll need to fly half way around the Solar System first, to reach the asteroid belt. That journey will take about 300 years. There’s another way, however: using the gravity-assist technology pioneered by NASA’s New Horizons mission to Pluto. That mission’s flyby of the dwarf planet in 2015 revealed that it has a huge ring system

How long does it take to fly to Jupiter and back?

A mission to Jupiter and back would take about eight months. A spacecraft would need to travel about 4.3 billion kilometers to get there. That’s about 16 times farther than the distance to the Sun. Assuming the spacecraft would cruise at a speed of 0.5 AU per year, it would take eight years to complete the journey.