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In the automotive world, VST typically stands for "Vehicle Stability Technology" – a safety feature found in most modern cars that uses electronic controls to help drivers maintain stability. Here's how it works: sensors constantly monitor the vehicle's movement, and if it detects understeer or oversteer, the system automatically applies the brakes to individual wheels and adjusts engine torque to help get the car back on track. This tech is especially handy on slippery roads or during sudden evasive maneuvers, significantly cutting down on skidding and loss of control. Different brands might call it by other names like ESP, DSC, or VSC, but at the end of the day, they all aim to boost driving safety. Beyond VST, today's new cars often come with even more advanced safety systems such as automatic emergency braking and lane-keeping assist. Together, these technologies do a great job of reducing accident rates. It's a good idea to regularly check that these systems are working properly so they're ready to step in when you need them most.

The safety configuration of automobiles is mainly divided into two categories: active safety and passive safety. Active safety functions aim to prevent accidents, such as anti lock braking system (ABS) which can prevent wheel lock during sudden braking, electronic stability control system (ESC) which can automatically adjust power output to prevent slipping, and adaptive cruise control and lane keeping assistance which assist drivers in maintaining safe distance and driving trajectory through sensors. These technologies rely on real-time monitoring of road conditions such as radar and cameras. Passive safety devices come into play when collisions are inevitable, such as airbags that instantly inflate to cushion the impact force, pre tensioned seat belts that can quickly secure passengers, and high-strength body structure designs that can disperse impact energy to protect the interior space. Some models are also equipped with automatic unlocking function after a collision for rescue. It is worth noting that with technological advancements, some systems such as Automatic Emergency Braking (AEB) have blurred the boundary between the two, allowing for collision avoidance through early warning and autonomous braking at the last minute. At present, mainstream car models are generally equipped with both types of systems, but the specific functions may vary depending on the configuration level. When purchasing a car, you can refer to the safety test report for details.

A car's safety features are systems designed to maximize protection for occupants and pedestrians when an accident occurs, and they can be divided into two main categories: active safety and passive safety. Active safety features aim to prevent accidents from happening. For example, the Anti-lock Braking System (ABS) prevents the wheels from locking up during hard braking, the Electronic Stability Control (ESC) automatically adjusts power distribution to avoid skidding, and Adaptive Cruise Control (ACC) and Lane Keeping Assist System (LKAS) use radar or cameras to monitor road conditions and provide semi-autonomous driving assistance. Passive safety devices come into play after a collision, including airbags, pre-tensioned seatbelts, high-strength body structures, and pedestrian protection hoods. Side curtain airbags and knee airbags can further reduce the risk of injury in different impact angles. In recent years, intelligent safety technologies such as Blind Spot Monitoring (BSM), Automatic Emergency Braking (AEB), and driver fatigue reminders have also gradually become popular. These systems use sensors to analyze environmental risks in real-time and issue warnings. It's important to note that the actual effectiveness of safety features depends on proper use and regular maintenance. For instance, seatbelts need to be fastened snugly around the pelvic area, airbags need to be used in conjunction with seat adjustments to function optimally, and worn tires or degraded brake fluid can affect the response speed of electronic systems. Therefore, regular maintenance and familiarizing oneself with the safety operations in the vehicle manual are equally important.

Active safety features are the technologies that vehicles use to proactively prevent accidents during driving through electronic systems or mechanical devices. They mainly include Anti-lock Braking System (ABS), Electronic Stability Control (ESC), Adaptive Cruise Control (ACC), Lane Keeping Assist (LKA), and Automatic Emergency Braking (AEB). These systems use sensors to constantly monitor the vehicle's status and surrounding environment, and automatically intervene when the driver fails to react in time. For example, ABS prevents wheel lock-up and loss of control during hard braking, ESC adjusts power distribution when the vehicle skids, and AEB can detect forward collision risks and apply the brakes automatically. With advancing technology, many current models also come with features like blind spot monitoring, traffic sign recognition, and driver fatigue alerts, further enhancing driving safety. These features not only reduce the probability of accidents but also ease driving stress, especially making a more significant difference on highways or in complex road conditions. When buying a car, it's advisable to prioritize models equipped with comprehensive active safety systems, and also remember to perform regular maintenance to ensure the proper functioning of sensors and systems.

A car's active safety features use technological intervention to prevent accidents from happening. For example, anti-lock braking systems (ABS) keep wheels from locking up during hard stops, electronic stability control automatically adjusts power distribution to avoid skidding, adaptive cruise control modifies speed based on the distance to the vehicle ahead, and lane-keeping assist helps keep the car from drifting out of its lane. These systems operate in real-time through sensors and electronic control units. Passive safety features, on the other hand, protect occupants after a collision occurs. They include high-strength body structures designed to absorb impact energy, airbags that deploy in milliseconds to cushion crash forces, pre-tensioning seatbelts that instantly tighten to secure passengers, and collapsible steering columns and pedals that reduce leg injuries. It's worth noting that modern vehicles often integrate active and passive systems – some models, for instance, have collision warning systems that pre-tension seatbelts and activate braking ahead of impact. This kind of coordinated design significantly enhances safety. When shopping for a car, consumers should pay attention to the comprehensiveness of these technologies, while also scheduling regular maintenance to ensure sensors and actuators function properly. After all, even the most advanced systems need good upkeep to perform at their best.