What are the functions of the braking system?
3 Answers
The functions of the braking system: 1. Ensure that the vehicle can decelerate and stop as required by the driver during driving; 2. Ensure reliable parking of the vehicle; 3. Guarantee the safety of the vehicle and the driver; 4. Maintain stable speed for vehicles driving downhill and keep stationary vehicles from moving. Below is an introduction to the automotive braking system: 1. Definition: The automotive braking system refers to the specialized braking mechanism installed on vehicles to technically ensure safe driving and improve the average speed of the vehicle. Generally, the automotive braking system includes two independent sets of devices: the service braking device and the parking braking device. 2. Malfunction handling: While controlling the direction according to road conditions and speed, quickly downshift. Shift from high gear directly into medium gear, where the engine will generate significant traction resistance to rapidly reduce the vehicle speed. At this point, the hand brake can be used to quickly shift into low gear and the lowest gear, and then the hand brake can be used to bring the vehicle to a complete stop.
The braking system, to put it simply, is what slows down or completely stops the car. For an ordinary driver like me, it's super crucial. In daily traffic jams, it helps me avoid accidents and come to a smooth stop at red lights. But I think it does more than that—it also prevents the car from slipping on slopes, like when using the handbrake or the auto-hold function. Additionally, the ABS system helps maintain steering control on slippery roads, reducing the risk of skidding. From a safety perspective, a good braking system makes driving more reassuring, so I regularly check the brake pad wear at the shop. Otherwise, the pedal might feel softer over time, which isn't safe.
From a beginner's perspective, when I first started driving, I was particularly curious about the function of the braking system, mainly for deceleration and stopping. Pressing the brake pedal transfers force through the hydraulic system to the wheels, causing them to stop rotating, thereby slowing down or bringing the car to a halt. This is not only useful during daily commutes but also extends to emergency braking, such as stopping immediately when encountering sudden obstacles. I noticed that related components like ABS help prevent wheel lock-up during hard braking, making steering more flexible. To fully understand, I also learned some maintenance knowledge, such as checking brake fluid and pad thickness, to ensure the system functions properly.
