Disc Brake System Principle and Working Animation

How the disc brake work ?
Disc brakes use the clamping method for braking.
We know that the brake system works because there is friction.
In the disc brake system, friction occurs when the brake pad clamp a rotating rotor.
So, there are two main components.
First the rotor.
The rotor is shaped like this, connected to the axle shaft so that it rotates with the wheel.
Second, brake pads.
Brake pads are the component to rub the rotor. They are connected to the chassis of the vehicle. so, when they're clamped the rotor, brake pads are able to hold the rotor rotation.
But how the brake pads clamp the rotor?
We have another components, it is the brake caliper.
Brake caliper is a brake actuator that produce clamping movements.
The latest cars, generally use hydraulic brake control.
The hydraulic system basically functions to move energy from the pedal to the actuator more effectively.
So, when we press the pedal. The push rod is pushed, so that the piston inside the master cylinder is also pushed.
The movement of the piston will press the fluid so that the fluid moves outwards.
In the brake caliper, there is a piston connected to the fluid from the master cylinder.
So that, the pushed fluid enter the caliper and push the piston. That makes the piston move.
But why is the piston only on one side? How the caliper clamp the brake pads?
The brake caliper you see, is a floating type. The Floating type, widely applied from city cars to SUVs.
In this type, there are two caliper pins. So the caliper can freely slide.
So the movement of the piston, will slide the caliper. So the outer brake pad rub the disc.
Then the piston continues to move. This second movement will push the inner brake pad to rub the disc.
So, the pistons have clamped the disc with the same strength.
It's easy right, that's an animation of how hydraulic disc brakes work.
Hopefully useful and subscribe for more.

[@elongatedmuskrat1827]

Bro, can you turn the music up, I can almost hear this person talking about disc brakes (amazing video)

[@Justakatto]

lmao good one

[@lakerdigital]

I was wondering about the outer pad. Thank you computer-generated voice.

[@jvogler_art4708]

I understand how it works. I just don’t understand how the materials hold up to the friction for so long. Can’t believe a small piece of ceramic can stop a 4,000-6000 lb vehicle. Truly awesome tech.

[@elongatedmuskrat1827]

That's why trucks and buses generally use drum breaks instead of disc brakes

[@elongatedmuskrat1827]

Well, to be fair, the force required but that is also very high, but you also need to consider the forces when the vehicle is already in movement, because you need forces already acting on the vehicle to make it move, the wheel functions to stop the forces from the engine to make the vehicle move and to also provide additional friction and regarding force to stop it from moving completely.

[@elongatedmuskrat1827]

If that makes sense lol

[@apurwashehani489]

Useful video ❤️ it's really easy to understand

[@rajibhowlader2899]

Good and easy to understand... Thanks..

[@smoothoperator7306]

Thank you very much.

[@jackfrost969]

Nice

[@richardweyland116]

Nice animation, don't like the computer voice.

[@MMGAMER-xl5qz]

Thanks bro

[@Wfs0820]

0:34

[@isayh2182]

gloooks

[@y...salvador...y1497]

Were not here to listen to fucking music.

[@hashberry111]

Exactly! 🤬 Why in the ever living "F" would you decide to add that stupid shit guitar sound over top of the talking

[@travisbryan663]

Literally cry cope and seethe.