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Eight years depending on where in orbit they are and speed the craft is going
It would take nine months.
Manned spacecraft are designed to carry humans on board, while unmanned spacecraft do not have human crew members and are controlled remotely or autonomously. Manned spacecraft require life support systems and provisions for crew safety, while unmanned spacecraft can be smaller and more specialized for scientific missions.
The time it takes for a spacecraft to travel from Earth to Mars can vary depending on the positions of the planets in their orbits. On average, it takes around 7-9 months for a spacecraft to reach Mars from Earth using current technology.
The time it takes to reach Mars varies depending on the spacecraft's speed and trajectory. On average, a trip to Mars can take anywhere from 150 to 300 days using current propulsion technology. This includes the time it takes for the spacecraft to travel from Earth to Mars, as well as the time spent in orbit upon arrival.
An airplane, by definition, flies in the air, it does not fly in outer space where there is no air. So an airplane cannot fly from Earth to Mars. That requires a spaceship. With current technology, a spaceship might reach Mars in about a year. It's a long trip.
We (the US) haven't worked out all the details on keeping astronauts alive long enough to get back to Earth from Mars, but it takes about two years to send an unmanned probe there with our current technology. It takes 7 months to get to the Red Planet. It depends on the type of spacecraft, but between 6 months to a year. 260 days
in 3 days
The duration of a trip from Earth to Mars by spaceship depends on the speed of the spacecraft, the alignment of the two planets, and the trajectory chosen. On average, it takes about 7-9 months for a spacecraft to travel from Earth to Mars.
It takes about 6-9 months to reach Mars with current spacecraft technology, depending on the alignment of Earth and Mars. This duration accounts for the distance between the two planets and the orbits they follow around the Sun.
If you could accelerate steadily and constantly at 1 G for half the trip to Mars and then decelerate steadily at 1G, you could land on Mars in about 1 day, depending on where Mars was in its orbit.Unfortunately, no known spacecraft can accelerate at 1G for more than a few minutes at a time.
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