It depends. Objects on the Moon weigh 1/6 of what they weigh on Earth , but the Moon has a rougher surface and the spacecraft cannot be closely monitored by chase planes or easily by people in a control room. It's also much easier and cheaper to send a spacecraft into orbit and land on Earth than the Moon, and costs less. In addition it depends on what kind spacecraft; it's easier to land a space-plane like design (such as a space shuttle) on Earth. A Lunar lander, such as the Apollo would be more suited to land on the Moon.
hey buddy why dont u be a man
The spaceship returns to Earth by firing its engines to slow down and re-enter the Earth's atmosphere. It then navigates through the atmosphere before deploying parachutes to safely land in a designated landing area.
The spaceship was unable to land on the land due to technical difficulties, such as malfunctioning landing gear or engine failure. The crew would have to troubleshoot the issue or find an alternative landing site.
On top of the castle in asto-night island.
Only in space. A spaceship on land is called a landship and a spaceship in the ocean is, ironically, misnomered a seaship.
If you land on earth with your space ship, it will be on top of the castle waiting for you!
No!
the problem is getting home
No, you cannot land on Saturn's rings with a spaceship. Saturn's rings are made up of billions of particles of ice and rock ranging in size from tiny grains to a few meters across, so landing on them would be like trying to land on a cloud. Additionally, the gravity of Saturn would prevent a spaceship from stably landing on the rings.
An ordinary spaceship will not land. It will be tossed about by the winds and gravity will destroy the craft.
"UFO" does not mean alien spaceship. So far there is no scientific reason to think even one alien spaceship has ever landed on Earth. UFO just means "I saw something in the sky and I personally don't know what it was."
Yes, it is currently impossible for a spaceship to land on Jupiter because the planet's atmosphere is predominantly composed of hydrogen and helium, making it extremely dense and turbulent. The extreme pressure and heat present on Jupiter would destroy any spacecraft attempting to land.