
Braking distance refers to the specified range value that a vehicle should achieve after emergency braking to come to a complete stop. Braking distance includes reaction distance and braking distance. The relevant explanations are as follows: Reaction distance: The distance traveled by the vehicle from the moment the driver detects a situation and intends to stop until the brake pedal is pressed and braking action begins is called the reaction distance. Reaction distance depends on the driver's level of concentration, technical proficiency, and the vehicle's speed. Higher concentration and better technical skills result in a shorter reaction distance, while the opposite leads to a longer reaction distance. The faster the vehicle's speed, the longer the reaction distance, and vice versa. Braking distance: The distance traveled by the vehicle from the moment the driver presses the brake pedal and braking action begins until the vehicle comes to a complete stop is called the braking distance. The length of the braking distance is related to the vehicle's speed, braking force, coefficient of adhesion, etc. The faster the speed, the longer the braking distance; for example, doubling the speed quadruples the braking distance. The greater the braking force, the shorter the braking distance, and vice versa.

Braking distance refers to the length of road a vehicle travels from the moment the brake pedal is pressed until it comes to a complete stop. As a frequent long-distance driver, I know all too well that the faster the speed, the longer this distance becomes. For instance, at 100 kilometers per hour, it might take over 100 meters to stop, and this distance can double on rainy or icy roads. I remember last year on the highway during an emergency—though the road was dry, my old car's worn brake pads made it feel like the car slid quite a distance before stopping, narrowly avoiding a collision. Since then, I've made it a habit to check my braking system and tire tread monthly to ensure strong grip and keep stopping distances within reasonable limits. Maintaining sufficient following distance is crucial for safe driving—don't wait for an accident to regret it.

Braking distance simply refers to how far the car continues to slide after applying the brakes. At my age, I always emphasize how speed significantly impacts it—when driving fast, the distance surges. Normally, stopping from 60 km/h takes just 20 meters, but on the highway, accelerating can more than double that distance. Road conditions matter too; for example, on rainy days when tires skid, the braking distance can stretch much longer. Driving an SUV, I often remind myself not to tailgate, especially during urban rush hours. Regular maintenance of brake discs and replacing brake fluid can improve the vehicle's responsiveness. Additionally, driving while fatigued or distracted delays braking actions, indirectly extending this distance. Developing anticipatory driving habits can greatly reduce risks.

Braking distance describes the length a vehicle travels from the moment brakes are applied until it comes to a complete stop, which is crucial for safe driving. When speed doubles, the distance may increase two to threefold, and it worsens on slippery roads. I always emphasize the importance of regular maintenance of the braking system and tires, as excessive wear can lead to longer stopping distances and increased accident risks. Maintaining reasonable speed and following distance while driving is truly the key.


