How do spacecraft precisely land on other planets or moons?

Spacecraft use special tools and careful planning to land exactly where they need to on other planets or moons.

Imagine you're playing a game of catch, but instead of throwing a ball, you're sending a spacecraft all the way across space. To make sure it lands in the right spot, the spacecraft needs to slow down just right, like when you jump into a pool and adjust your speed so you don’t splash too high or hit the bottom too hard.

When a spacecraft gets close to another planet or moon, it uses something called thrusters. These are like little engines that fire small bursts of gas, which push the spacecraft in the opposite direction, just like when you blow air out of a balloon and it zooms forward!

Sometimes, the spacecraft also uses parachutes or special shields to help slow its fall. This is especially useful if it’s landing on a planet with an atmosphere, like Earth or Mars.

Before the spacecraft even starts its journey, scientists do lots of planning, they pick the best place to land and figure out how much time and fuel the spacecraft will need for each step of the way. It's like setting up a race track before you run, it makes everything go smoothly!