We are living in an age of rapidly advancing technology where the potential for autonomous vehicles has never been greater. Self-driving cars, trucks, and other transportation options are undergoing testing across the world, while Advanced Driver Assistance Systems (ADAS) are already part of many modern vehicles. But what’s the difference between autonomous vehicles and Advanced Driver Assistance Systems? Both boast incredible capabilities for drivers in terms of safety and convenience, so what sets them apart? We’ll explore what sets these innovations apart and what they mean for the future of the automotive industry in this blog.
Autonomous vehicles and vehicles with ADAS features seek to improve driver safety and comfort through sophisticated technology, like lidar sensors and complex software systems. The biggest difference between the two is automation and manual input levels.
The Society of Automotive Engineers defines six levels of driving automation. These levels describe different types of vehicle automation on a scale of fully manual (Level 0) to fully autonomous (Level 5). ADAS features exist throughout this entire spectrum. They become more complex and advanced with each level of automation until Level 5, which represents completely autonomous vehicles that require zero driver input.
ADAS systems encompass a wide range of features that improve driver safety while on the road. By using vehicle sensors, lidar, cameras, and other technology, ADAS can detect surrounding objects or lane markers and even read speed limit signs. ADAS features then use this information to power features such as forward collision warning, automatic emergency braking, lane keep assist, adaptive cruise control, and so much more.
However, even the most sophisticated ADAS system requires some form of manual input. ADAS features are supplemental and serve to enhance the driving experience rather than completely replace it.
The biggest difference between autonomous vehicles and Advanced Driver Assistance Systems is that autonomous vehicles require no input from a driver. A fully automated transportation system can reduce the number of human error-related car accidents and promote efficiency by taking traffic out of the driver’s hands.
Robotaxis or robobuses can make trips safer, smoother, and less stressful for passengers. Autonomous trucking can streamline shipping and increase supply chain efficiencies. Autonomous vehicles have the potential to completely change transportation, logistics, and much more.
Hesai Technology is dedicated to powering both ADAS and autonomous vehicles with our automotive lidar sensor technology. Visit our website to learn more about our cutting-edge lidar systems and how they serve the future of the automotive industry.