The Mercedes-Benz Automated Driving Marker Lights have been engineered by the automotive brand as a way to communicate to pedestrians and other cars that a vehicle is in autonomous driving mode.
Approved in California and Nevada, the headlights would turn on when the Mercedes Drive Pilot technology is activated, which can be used in heavy traffic conditions when traveling under 40mph. The headlight color was chosen by the brand to give it an eye-catching profile, while also differentiating itself from existing headlights and emergency vehicle colors.
The Mercedes-Benz Automated Driving Marker Lights illuminate a particular shade of blue turquoise that's recommended by the Society of Automotive Engineers. The lights are located at both the front and rear as well as on the sideview mirrors.
Autonomous Driving Headlights
Mercedes-Benz Automated Driving Marker Lights Have a Turquoise Color
Trend Themes
1. Automated Driving Marker Lights - The introduction of Mercedes-Benz Automated Driving Marker Lights demonstrates the growing trend of using innovative lighting technology to enhance communication between autonomous vehicles and their surroundings.
2. Eye-catching Profile - The adoption of a unique turquoise color for the Mercedes-Benz Automated Driving Marker Lights highlights a trend of using distinct and visually striking features to differentiate autonomous vehicles from traditional ones.
3. Adoption of Industry Standards - The use of the Society of Automotive Engineers' recommended blue turquoise shade for the Mercedes-Benz Automated Driving Marker Lights indicates a trend of incorporating industry standards and guidelines into autonomous vehicle design.
Industry Implications
1. Automotive - The automotive industry can leverage the trend of integrating automated driving marker lights to further enhance the safety and visibility of autonomous vehicles.
2. Lighting - The lighting industry has an opportunity to capitalize on the trend of developing specialized lighting solutions specifically designed for autonomous vehicles to improve their visibility and communication with pedestrians and other vehicles.
3. Technology - The technology industry can explore the trend of creating innovative communication systems, such as automated driving marker lights, to support the advancement and widespread adoption of autonomous vehicles.