Space rockets are made up of several key components that work together to allow the rocket to launch, fly, and reach space. These components include the rocket’s body, engines, fuel tanks, and guidance systems.
The rocket’s body, also known as the “stage,” is the main structure of the rocket and is typically composed of multiple sections that are connected together. The body of the rocket is designed to withstand the extreme forces experienced during launch and flight, and also to protect the payload and the crew if the rocket is carrying any.
Engines are the key component that allows the rocket to move and propel itself forward. They convert fuel into thrust by burning the fuel and expelling the hot gases out of the nozzle. Rockets can have multiple engines and they can be located at different parts of the rocket’s body.
Fuel tanks are another important component of the rocket. They store the fuel that the engines need to create thrust. There can be different types of fuel tanks, depending on the type of fuel being used. Guidance systems, such as navigation and control systems, help to steer the rocket and keep it on course during flight.
These are the main components of a space rocket and they all work together to make the rocket able to launch, fly, and reach space. Engineers and scientists work together to design, build and test these components to make sure they work properly and safely.