What are brake components in a landing gear system primarily made up of?

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The correct answer identifies that brake components in a landing gear system are primarily made up of rotors and stators.

In aviation, the braking system of an aircraft generally operates on the principle of friction, which is achieved through the interaction of these components. The rotors, often part of the disc brakes, are the rotating elements attached to the wheels. The stators, or brake pads, are fixed in place and apply pressure against the rotors to create the necessary friction to slow down or stop the aircraft.

This design allows for effective heat dissipation during braking, which is critical given the high speeds and weights involved during aircraft operation. The combination of rotors and stators is a fundamental aspect of modern aircraft brake systems, providing reliability and performance during critical landing and taxiing phases.

While springs and shock absorbers are components of the landing gear that support the weight of the aircraft and absorb shock during takeoff and landing, they are not directly involved in the braking process. Hydraulic cylinders play a role in the operation of the brakes as well, but they do not form the primary components of the braking system itself. Electronic sensors may be involved in monitoring brake performance, but they are not a structural part of the brake assembly.

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