Transform the look of your 2016-2018 Chevrolet Camaro with our premium DRL Boards, designed as a seamless direct replacement for your factory daytime running lights. These Flow Series LED DRL boards bring full-color functionality to your Camaro as well as mesmerizing color-chasing patterns for dynamic appearance.
Engineered for easy, user-friendly installation, these boards are compatible with all 2016-2018 Chevrolet Camaro models. Built to be brighter and more durable than competitors, they feature a sleek design that seamlessly integrates with your vehicle’s aesthetics.
What is a DRL Board?
DRL stands for daytime running lights. These are the lights that automatically switch on when you turn on your engine or put the vehicle in gear. DRL boards are specifically designed to fit your headlights for straightforward and hassle-free installation.
Projector Halos
Projector halos fit that around the lens of the projector (housing for the headlight bulb) to give your headlights a complete upgrade. These LED halo rings will match the style of your DRLs and can sync with the same controller.
LED Type
Flow Series: Full color functionality to customize your ride with any color DRL Boards you are feeling. With our Flow Series LED lights, you can have chasing colors that circle around your DRL Boards for an upgraded and eye catching look for your headlights.
Controller Included
Bluetooth Pro: Take full control of your custom lighting with our latest Bluetooth Pro Controller, designed specifically for our signature Flow Series LED. Powered by an advanced mobile app, you can instantly save and access your favorite colors, build custom animated sequences, and create dynamic chasing light patterns that move across your vehicle with precision.
You can easily personalize the controller for quick identification and have the option to seamlessly sync multiple Pro Controllers together for vehicle-wide lighting setup. Additionally, this controller can integrate with your vehicle's systems, such as the turn & brake signal, for enhanced functionality.