Lighting plays a major role in motors and other road users. Without light, it will be hard for drivers to navigate around. It will be tricky for them to notice other road users and animals that might be on the road. Additionally, these lights are not only useful during the night, but they are also important during the day. A driver will need these lights to signal the other road users. The lights also play a huge role when there is bad weather during the day or night hours.
Without these lights, the number of road accidents will increase. 20% of road accidents are caused by poor lighting systems in the vehicle. Also, some vehicles have a proper lighting system, but drivers use them wrongly, leading to road accidents. This explains the innovative automotive lighting process, from lanterns to light diodes. In the past, lighting only served a purpose and today has evolved into a matter of design. If you look at the vehicles on the road, you will realise that each has its design. All are made possible by characteristic lighting and LEDs.
Keep on reading this post to learn more about the innovation in automotive lighting:
Adaptive Headlights
These headlights are designed to modify direction and intensity based on the driving circumstances. Adaptive headlights can swivel in the direction of a turn, leading to improved vision and delivering better illumination around bends. Some systems also offer high beam assist, which adjusts the brightness level automatically to prevent blinding cases on other drivers while maximising visibility.
LED Lighting
Light-emitting diodes (LEDs) are common types of lights that you will encounter in modern-day automotive. These lights are far much better than the traditional ones, the incandescent bulbs. LEDs are energy efficient, have a long lifespan, and produce more focused lights. With LED lights, a driver can have clear visibility; they can see farther and react quickly to any potential hazard.
OLED Lighting
Organic light-emitting diode (OLED) technology is also used in automobile lighting. Normally the OLEDs are thin, flexible and emit homogeneous lighting on the surface. It allows designers to develop more intricate lighting patterns and unique illumination signatures. OLEDs are used in tail lights, dashboard displays and interior ambient lighting.
Matrix LED Lighting
This lighting system uses an array of individual LEDs that can be operated independently. The technology can detect oncoming vehicles or those ahead and modifies the light pattern by automatically dimming or turning off specific LEDs.
Laser Headlights
These lights are the new advancement that provides more brightness and range than traditional headlights. Laser diodes produce a much-focused beam of light that illuminates the road ahead at a larger distance than conventional headlights. Additionally, these lights use less energy and last longer than the regular bulbs.
Augmented Reality (AR) Head-up Display (HUD)
AR HUD systems reflect pertinent information onto the windshield, like the navigation instructions, speed and warnings. This technology has a huge role in drivers’ ability to situational awareness by superimposing virtual data on the real-world perspective, thereby minimising the need to look away from the road. Additionally, this technology can show arrows or symbols to guide the driver, boosting road safety and decreasing distractions.
The advancement in automotive lighting has greatly benefited vehicles and other road users. The lights have led to increased visibility, safety and energy efficiency. All these have significantly improved visibility and more intuitive driving experiences for drivers.
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