How long does it take to get to Saturn in a rocket?

The fastest spacecraft to reach Saturn so far is NASA’s Juno probe, which arrived in orbit on July 9, 2016. It took the probe just over 11 years to travel from Earth. But the journey didn’t start immediately after its launch. It first traveled for about 300 days to a spot about 1.2 million kilometers from the Sun-Earth line, and then it made a major course correction. This way, it arrived at the Saturn system at an optimum angle for its mission

How long does it take to get to Saturn in a space shuttle?

The fastest Saturn spacecraft ever made was the space shuttle. It could get up to 17 miles per hour, and it could carry up to 85 tons of supplies to the moon or the Saturnian system. It could be used for crew transport or as a stationary base. The Saturn-T-1 could travel 11.5 miles per hour towards the planet, although the Saturn-T-2, which was designed for crew transport, could only travel six miles per hour.

How long does it take to get to Saturn in a space rocket?

The journey to Saturn might sound long, but it's actually pretty quick. For one, you won't be in a rocket ship most of the time. A journey to Saturn in a rocket would take about eight months, but the spacecraft will travel using a series of interplanetary maneuvers that will last for about six months.

How long does it take to get to Saturn in a rocket ship?

Many people wonder how long it would take to get to the ringed gas giant Saturn on a rocket. Although the journey is highly complex, there are several ways to calculate an answer. To determine an estimated transit time, we need to know the spacecraft’s average speed and the distance to Saturn.

How long does it take to get

Getting there will take about 10 years, but it won’t be a simple journey. After traveling about 300,000 miles, the spacecraft would arrive at Saturn in 20 to 30 years, depending on the route the spacecraft takes. Humans have never traveled this far, so figuring out the best route will be a primary concern for mission planners. The spacecraft will have to fly by the moon to avoid entering the far more dangerous inner solar system, and it will have to make a number of gravitational sl