Advance Driver Assistance System function are numerous. In the digital and technological era, vehicles have been equipped with various advanced features to improve driver comfort, safety, and efficiency. One of the latest technologies that have been applied to vehicles is the Advance Driver Assistance System (ADAS). ADAS is a system of sensors and electronics that can assist drivers in driving safely and comfortably. The Advance Driver Assistance System function is equipped with various features that can help reduce the risk of accidents and improve driver and passenger safety.
In this article, we will discuss the functions of each of the ADAS features found in modern vehicles. These include adaptive speed regulation, blind spot detection, automatic emergency braking, lane departure warning, and more. In each feature explanation, we will provide more detailed information on how the feature works and the benefits of the feature.
Using ADAS features can help reduce driver stress and fatigue, allowing drivers to drive with more composure and focus. This can improve driver and passenger comfort and minimize the risk of accidents. By understanding and utilizing the available ADAS features, drivers can maximize the benefits of this advanced technology and improve driving safety. Get to know more in this TransTRACK article!
ADAS Feature Functions
ADAS stands for Advance Driver Assistance System, an electronic system and sensors designed to assist drivers in driving safely and comfortably. The Advance Driver Assistance System function can assist the driver with various features such as adaptive speed regulation, blind spot detection, automatic emergency braking system, and other features that can improve the safety and comfort of the driver and passengers. ADAS can also help drivers to reduce the risk of accidents and assist drivers in maintaining vehicle control and stability. Here is a more detailed explanation of each ADAS feature:
Automatic emergency braking system (AEB/Automatic Emergency Braking)
The system uses sensors to detect the presence of vehicles or objects in front of the vehicle. If a collision hazard is detected, the system will alert the driver and if the driver does not react, the system will automatically reduce the speed or even perform automatic braking.
Adaptive speed regulation (ACC/Adaptive Cruise Control)
The system uses sensors to monitor vehicle speed and distance to the vehicle in front. The system can automatically adjust the speed of the vehicle to keep it at a safe distance and can slow down the vehicle if the vehicle in front slows down or stops.
Blind spot detection (BSD)
The system uses sensors on the rear of the vehicle to detect vehicles in the blind spot area. If there is a vehicle in the area, the system will alert the driver through warning lights or beeps.
Driver alertness alert (DAA)
The system uses sensors to monitor the driver’s activities such as steering wheel movements and provides warnings if the driver is too tired and needs to stop.
Rear collision warning system (RCW/Rear Collision Warning)
This system uses sensors at the rear of the vehicle to detect the presence of vehicles or objects behind the vehicle and provide warnings to the driver to avoid collisions when parking or reversing.
Pedestrian warning alert system (PWA)
The system uses sensors to detect the presence of pedestrians in front of the vehicle and alert the driver if there is a risk of a collision.
Lane monitoring system (LDW/Lane Departure Warning)
These systems use cameras to monitor the vehicle’s position in the lane and provide warnings if the vehicle leaves the lane unintentionally. Some systems can even help the driver to get back on track by giving the steering wheel a nudge.
Automatic parking system (APA/Automatic Parking Assist)
The system uses sensors to provide guidance when parking and can even perform automatic parking without the need to press the gas or brake pedals.
Forward collision avoidance (FCA) sensing system
These systems use sensors to detect vehicles or objects ahead and warn the driver to avoid a collision. Some systems can even perform automatic braking if a risk of collision is detected.
These ADAS features may vary depending on the type and brand of vehicle used. However, in general, they can help drivers to drive more safely and reduce the risk of accidents and injuries.
ADAS Additional Features
In addition to the ADAS features discussed earlier, there are some additional ADAS features that can also help drivers drive more safely and comfortably. The following are some of the additional ADAS features available on some modern vehicles:
Rear Cross Traffic Alert (RCTA)
This feature will notify the driver when a vehicle passes behind the car when the driver wants to back up.
Driver Attention Warning (DAW)
This feature uses camera sensors and AI to monitor the driver’s head and eye movements to identify signs of fatigue or lack of focus while driving. If the system detects that the driver is sleepy or unfocused, it will provide a warning so that the driver can take a break or focus more on driving.
Intersection Collision Assist (ICA)
This feature monitors traffic at intersections and warns when the driver has a potential collision with a passing vehicle or is turning at an intersection.
Adaptive Front Lighting System (AFLS)
This feature automatically adjusts the direction and angle of the headlight illumination when the driver turns, providing better visibility when driving at night or in bad weather conditions.
Lane Keeping Assist (LKA)
This feature helps the driver to stay on course by providing a warning if the driver veers off course and giving a light nudge on the steering wheel to help the driver get back on track.
With these additional ADAS features, drivers can feel more calm and safe while driving, thereby reducing the risk of accidents and maximizing driving comfort.
In closing this article, it can be concluded that ADAS features in modern vehicles are very important to improve the safety and comfort of drivers and passengers. With advanced technology that continues to develop, ADAS features are increasingly complete and can help drivers drive more safely and comfortably. In addition, the use of ADAS features can also help reduce the risk of accidents and minimize the impact of accidents that occur. Therefore, it is important for drivers to understand and utilize the ADAS features in their vehicles to improve driving safety. Start using fleet telematics solution from TransTRACK to enjoy the above features!