What is the automatic braking system called?

[EleanorLee]

Car automatic braking system is also called car automatic anti-collision system, which is part of intelligent vehicles and is an intelligent device system that can prevent car collisions. The following are the usage conditions of the automatic braking system: 1. Active braking works in emergency braking situations. Active braking is developed based on ABS, that is, the Brake Assist System (BAS). It determines whether to enter emergency braking by monitoring the force and speed of the driver stepping on the brake; 2. If BAS determines that emergency braking is needed, the system will increase braking force and reduce braking distance. This means that the automatic braking system at the initial stage requires the driver to discover an emergency and step on the brake to activate brake assistance, otherwise it will not work; 3. The system determines potential collisions by detecting vehicles ahead or possible obstacles. The active braking system will then issue a warning sound to alert the driver and prepare sufficient braking force in advance. As long as the driver steps on the brake, the braking will achieve maximum braking effectiveness.

[VanLaura]

I often get asked about the automatic braking system, commonly known as Automatic Emergency Braking, or AEB for short. It primarily relies on radars or cameras installed at the front of the car to scan for obstacles ahead. If there's a risk of collision, the car will brake on its own without the driver needing to step on the brake pedal. This feature is particularly useful in traffic jams or on highways, helping to avoid rear-end collisions and enhancing safety. I find that it works well with adaptive cruise control, making driving much more relaxed. Nowadays, many new cars come with this as standard, such as brands like Toyota and Honda, and the technology is continuously improving—from simple collision prevention to recognizing pedestrians and bicycles. If you notice an emergency braking prompt on the screen during a test drive, that’s the system in action. In short, understanding these systems helps in driving more safely.

[SanRyder]

I believe the most crucial aspect of automatic braking systems is their immense contribution to safety, commonly referred to as Automatic Emergency Braking or AEB. Having driven numerous vehicles, I can attest that this system truly saves lives—it instantly reacts in scenarios like a child suddenly darting into the road or abrupt stops by the car ahead, helping me avoid collisions. Beyond personal experience, data shows it reduces rear-end collisions by nearly 40%. Currently, most models on the market integrate it as part of ADAS (Advanced Driver Assistance Systems), with brands like Tesla and Mercedes-Benz employing radar and algorithms to ensure precision. I recommend owners regularly check sensor cleanliness, as dust can impair performance. Enabling it while driving offers peace of mind, especially for novice drivers or families with children—never underestimate this feature; it proves invaluable in critical moments.

[MacElisa]

I personally experienced the automatic braking system while driving, officially known as Automatic Emergency Braking or AEB, and it felt amazing. Once during a highway traffic jam, I got distracted, and the moment the system alarm sounded, the car braked on its own, avoiding a rear-end collision. This system operates via a front camera and algorithms, silently safeguarding you in daily use. As an everyday user, I recommend choosing a model with this feature when buying a car. It's commonly found in advanced driver-assistance packages, affordable yet practical. Unlike ACC, it's not as complex but straightforward in preventing accidents—worth every driver's attention. Check the manual or settings menu to find the activation option; don't miss it.

[VanTyler]

From the perspective of automotive technology development, the automatic braking system, known as Automatic Emergency Braking (AEB), is not new at all. I recall its beginnings in the early 2000s as experiments by car manufacturers, with Volvo initially using radar to achieve its prototype, which later became widespread among mass-market brands like Toyota and Volkswagen, and has now become a standard feature in smart vehicles. Its evolution has progressed from basic collision prevention to the ability to recognize more objects, including pedestrians at night. I believe this advancement has driven a safety revolution, reducing accident rates. In the future, it may integrate with 5G or AI to become even smarter, so it's important for car owners to pay attention to OTA updates. During routine maintenance, have technicians check the sensors to ensure they're not obstructed, maintaining optimal performance.