Which part of a rocket is responsible for steering and stability?

The control system is responsible for steering and stability in a rocket. It consists of various components that assist in adjusting the rocket’s attitude and trajectory during flight. This can include movable fins, gimbaled engines, and thrusters that can exert forces to change the rocket’s orientation.

When a rocket is in flight, maintaining stability and the correct path is crucial for reaching its destination accurately. The control system uses information from the guidance system to make real-time adjustments and corrections to the rocket's flight path, ensuring it remains on course.

While the guidance system helps determine where the rocket needs to go, and the propulsion system provides the necessary thrust, it is the control system that actively maneuvers the rocket to achieve and maintain stable flight. The airframe supports the structure but does not directly influence steering or stability. Therefore, understanding the role of the control system is essential to grasp how rockets achieve precise maneuvers in space.