It is widely accepted today that advanced driver assistance systems (ADAS) represent the first steps along the road to high SAE levels of autonomous driving, but as Philipp Kampshoff points out, ADAS itself arrived some years before the automotive industry began to push its vision of a self-driving future in earnest.
“If we go back ten years, nobody was talking about autonomous vehicles like they do today,” he says, “but by that point, a number of what we’d call ADAS features had already arrived.” Adaptive cruise control, anti-lock braking systems and parking sensors are all good examples. Kampshoff is a partner at McKinsey, and a core member of the group’s Automotive & Assembly practice. The original appeal of ADAS was its potential safety benefits, an appeal which endures – autonomous emergency braking (AEB), for example, can react far faster than a human driver, and is always alert. Figures from Euro NCAP show that AEB can lead to a 38% reduction in rear-end crashes.
It’s time to log in (or subscribe).
Not a member? Subscribe now and let us help you understand the future of mobility.
Scroll
News
Magazine
Articles
Special Reports
Research
OEM Tracker
OEM Model Plans
OEM Production Data
OEM Sales Data
1 user
- News
- yes
- Magazine
- yes
- Articles
- yes
- Special Reports
- yes
- Research
- no
- OEM Tracker
- no
- OEM Model Plans
- no
- OEM Production Data
- no
- OEM Sales Data
- no
1 user
- News
- yes
- Magazine
- yes
- Articles
- yes
- Special Reports
- yes
- Research
- yes
- OEM Tracker
- yes
- OEM Model Plans
- yes
- OEM Production Data
- yes
- OEM Sales Data
- yes
Up to 5 users
- News
- yes
- Magazine
- yes
- Articles
- yes
- Special Reports
- yes
- Research
- yes
- OEM Tracker
- yes
- OEM Model Plans
- yes
- OEM Production Data
- yes
- OEM Sales Data
- yes
- News
- yes
- Magazine
- yes
- Articles
- yes
- Special Reports
- yes
- Research
- yes
- OEM Tracker
- yes
- OEM Model Plans
- yes
- OEM Production Data
- yes
- OEM Sales Data
- yes