Different Types of Braking Systems for Motor Car

Different Types of Braking Systems for Motor Car





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We all know that the braking system is an important and essential aspect of every vehicle. Car brakes protect a car from many types of hazards. It also helps to park the car in the right place in a beautiful way. So determining the right brake on the car is also an important issue. And this article is about what kind of brakes work in a car and which brake is more effective in which car.


According to Newton's law of force, "if no force is applied to an inert object from outside, the object will remain in its fixed position." And Isaac Newton's formula played a special role in the development of automobiles. Brake power is not the only source of brake work and how to stop a high-speed vehicle at a limited speed or by reducing it. Newton's idea of ‚Äč‚Äčthis formula led to the evolution of the break. The braking system of the vehicle and the variety also gave us an opportunity to adjust the brakes as per our needs.

Brake type in vehicle braking system


The braking systems that are used in all the cars now, starting from the old wheelbarrows, have gradually evolved and become modern and improved. Let's see how many types of braking systems are divided according to the type.


Brake type Depending on the Energy Source


The braking systems that increase or decrease the speed of the vehicle by applying force on the driver's pedals or stop the entire vehicle are as follows-

1. Mechanical braking system:



Mechanical Brake Equipment


In such braking systems, the brake driver uses the final drum or disc rotor with the paddle to connect various mechanical connections such as cylindrical rods, fulcrums, springs, etc.  Mechanical brakes were commonly used in older motor vehicles, but their use has declined due to their low efficiency.

2. Hydraulic Braking System:
In this braking system the driver applies force through the pedals, but before that the brake pedals are converted to hydraulic pressure through the master cylinder. The hydraulic pressure that comes from this master cylinder is then converted to a disc rotor through the final brake drum or brake lines.


Brake fluid is used in hydraulic brakes despite having mechanical connections. The force of the brake pedal is transferred to the hydraulic brake to slow down or stop the vehicle.

Due to the high performance and high strength of the brakes, hydraulic brakes are now attached to the braking systems of all types of cars and bikes.