🔦Digital Light technology tracks and adapts the high beam to other cars' positions, providing accurate lighting.
🚧The system can project symbols like lane markings and roadwork signs on the road.
💡City lighting feature provides enhanced illumination during tight turns and improves visibility.
🌧️The bad weather light function reduces glare from reflective road surfaces.
🔴Digital Light technology adjusts to the topography of the road to ensure precise lighting.
How does Digital Light adapt to other cars on the road?
—Digital Light tracks the positions of other cars and adjusts the high beam to avoid glare and provide maximum visibility.
What symbols can be projected on the road?
—Digital Light can project symbols like lane markings, roadwork signs, and even spotlights to provide additional guidance.
What is the city lighting feature in Digital Light?
—City lighting improves visibility during tight turns by illuminating the road in the direction of the steering.
How does the bad weather light function work?
—The bad weather light function reduces glare from reflective road surfaces, enhancing visibility in adverse weather conditions.
How does Digital Light adapt to the topography of the road?
—Digital Light uses micro mirrors to compensate for the car's movements, ensuring accurate and precise lighting on uneven roads.
00:00Mercedes' Digital Light technology is capable of tracking other cars and adapting the high beam to avoid glare.
02:32Digital Light can project symbols like lane markings and roadwork signs on the road to provide additional guidance.
09:30The city lighting feature in Digital Light enhances visibility during tight turns by illuminating the road in the direction of the steering.
09:59The bad weather light function reduces glare from reflective road surfaces, improving visibility in adverse weather conditions.
10:54Digital Light technology uses micro mirrors to compensate for the car's movements and ensure accurate lighting on uneven roads.
