The brake assist system monitors the frequency and strength of the driver's brake pedal, and assists the driver to apply greater braking force to the vehicle in an emergency, thereby shortening the braking distance and ensuring vehicle safety. As an auxiliary brake operating system, the brake assist system can increase the braking force in an emergency to achieve the highest possible braking effect, thereby preventing traffic accidents.
The most commonly used brake assist system is EBA-Electronic Brake Assist. This system can sense the strength and speed of the driver’s pedaling on the brake pedal through a computer during driving. If it is very urgent braking, EBA will instruct the braking system to produce higher oil pressure to make ABS work, so that braking force is generated more quickly and the braking distance is reduced.
EBA can sense the driver's demand for the brake pedal. In some very urgent incidents, drivers often cannot quickly step on the brake pads. EBA is designed for this.
When the EBA sensor detects the braking action from the brake pedal, it will determine the driver's intention to brake this time. For braking under normal conditions, no action will be taken after EBA judges. When the EBA finds that the driver is pressing the brake pad quickly and vigorously, the computer analyzes that it is a sudden emergency, and it reacts and calculates the degree of urgency extremely quickly. After that, EBA will immediately automatically provide more pressure to the pedal to increase the braking effect. Not only that, but its pressure is also much faster than the driver, which can greatly shorten the braking distance and enhance safety. For women with weak feet and elderly drivers, it is very helpful to avoid emergency and dangerous braking.