Most road accidents are a result of human error. Luckily, smart systems have been developed to enhance driving and promote safety on the road. The ADAS advanced driver assistance is one of the proven mechanisms known to reduce fatalities by minimizing human error. The technology may be divided into two categories, i.e. automatic driving systems and driver awareness setups. By reducing the rate of traffic accidents, ADAS significantly decrease the risk of vehicular injuries. This, in turn, lowers the number of insurance claims by minor accidents.
Features of ADAS
Well-designed ADAS use human-machine interfaces to enhance the driver’s ability to respond to impending dangers on the road. They increase response times for risky scenarios with early warning. Some are customized to fit specific vehicles, and there are aftermarket models you can add later to personalize your car. Safety-critical features of the ADAS technology include such applications as:
• Automatic emergency brakes
• Pedestrian avoidance
• Lane departure warning
• Blindspot detection
• Traction control
• Adaptive cruise control
• High beam safety system
• Traffic sign recognition
• Digital video recorder
• Forward collision
• Front vehicle start alarm
The ability to integrate ADAS into a smartphone is the first step to autonomous cars. With a single swipe, drivers can prevent collisions with pedestrians and other vehicles. Sometimes, you find yourself in critical situations, such as a pedestrian suddenly passing in front of the car. This is where the pedestrian collision warning comes to the rescue.
If our vehicle leaves the lane unexpectedly, the lane departure warning alerts you to regain the direction. Suppose the front vehicle slows down and comes to a startling halt. The front vehicle start alarm will have notified you before it comes to zero speed. On the other hand, a video recorder documents scenes leading to an accident and serious crash. There is a DVR function to record information into a memory SD card.
The adaptive cruise control is especially helpful on a highway because most drivers find it hard to monitor the speed and other vehicles for longer durations. The cruise control can automatically slow down, accelerate, or stop a vehicle based on what’s happening in the immediate area. On the other hand, automatic emergency braking detects a nearby object or vehicle with the help of sensors to prevent any chance of hitting them. The application can estimate the distance to the nearby object to determine if there is a danger. It can take several preventative measures, such as tightening seat belts or adaptive steering.
For a successful ADAS advanced driver assistance, you need a combination of life-saving mechanisms incorporated into the latest technologies that support real-time data processing. Automatic vehicle safety systems have improved driving among people. As explained above, you can avoid collisions through tech that alerts you in case of potential danger. This gives you more control to prevent traffic accidents.