Heading
Close X
Menu
This site uses cookies and related technologies for site operation, analytics and third party advertising purposes as described in our Privacy and Data Processing Policy. You may choose to consent to our use of these technologies, or further manage your preferences. To opt-out of sharing with third parties information related to these technologies, select "Manage Settings" or submit a Do Not Sell My Personal Information request.
With so many people on the road, driving anywhere comes with risks. But with vehicle technology rapidly evolving, road safety is being redefined. Advanced Driver Assistance Systems (ADAS) are at the forefront of this transformation.
What Are Advanced Driver Assistance Systems?
ADAS is vehicle-integrated technology that optimises safety and driving ability. These technologies include adaptive cruise control, lane-keeping assistance, automatic emergency braking, drowsy driver detection, automated parking, blind spot monitoring, 360-degree camera systems and more!
How Does ADAS Enhance Road Safety?
By reducing the likelihood of human error and improving a vehicle's response to potentially dangerous situations, advanced driver assistance systems are revolutionising everyday driving.
For example, adaptive cruise control sets a constant travel speed but automatically adjusts it to keep a safe following distance, lane keeping assistance ensures that a vehicle stays within its lane with steering correction or unintentional drift alerts.
Other advanced systems like autonomous emergency braking predicts potential collisions and automatically applies the brakes while blindspot monitoring and rear cross traffic assistance prevent side collisions while changing lanes or reversing.
Driver fatigue systems detect when drivers are fatigued or distracted and electronic stability control improves handling in dangerous driving conditions.
These are just a few ADAS available in today’s cars and more innovative systems are on the way!
The ADAS of Tomorrow
The bright future of ADAS promises greater automation, intelligence and connectivity. This shift towards more autonomous driving will make everyday driving easier and safer by requiring less human intervention, reducing the risk of human error, the leading cause of accidents.
Systems like Vehicle-to-Everything Connectivity will allow cars to connect with one another and share real-time data about traffic, hazards and road conditions, and the integration of AI will further improve the ability for vehicles to predict and prevent potential accidents.