ORACLE Halo Kit ColorSHIFT
2014–2016 Scion tC Base
2999-334
Overview:
The ORACLE Halo Kit ColorSHIFT is a versatile and advanced lighting upgrade designed specifically for the 2014 to 2016 Scion tC Base models. This innovative halo kit allows you to customize your vehicle’s headlight appearance by producing virtually any color, including a wide range of whites from 3000K to 15000K, all at the push of a button. Ideal for enthusiasts who want to personalize their vehicle’s look with vibrant, bright halos, this kit offers full brightness control to suit your preferences and driving conditions.
Built with cutting-edge LED technology, the ColorSHIFT Halo Kit delivers brilliant illumination while maintaining low power consumption. Whether you’re upgrading for style, visibility, or both, this kit provides a reliable and eye-catching lighting solution that enhances your Scion tC’s front-end aesthetics.
Key Features:
This halo kit incorporates advanced technology and thoughtful design to deliver superior performance and customization:
- Utilizes 3-Chip 5050 Surface Mount Diode (SMD) LEDs for exceptionally bright and vibrant light output.
- ColorSHIFT technology enables seamless color changes across the full spectrum, including whites from 3000K to 15000K.
- Full user control over brightness levels, allowing you to dial in the perfect intensity for your halos.
- LED chips mounted on a CAD-designed 6-layer printed circuit board (PCB) for enhanced durability and resistance to pressure or damage.
- Low power consumption LEDs provide brilliant illumination without taxing your vehicle’s electrical system.
- Pre-installed 3M adhesive backing ensures secure and straightforward mounting to your headlight housing.
- Compatible with various ORACLE ColorSHIFT controllers (sold separately) for expanded control options.
- Designed specifically for the Scion tC Base 2014–2016, ensuring precise fitment and integration.
Construction & Design:
The ORACLE ColorSHIFT Halo Kit features a robust construction that combines advanced LED technology with durable materials. The 3-Chip 5050 SMD LEDs are surface-mounted on a six-layer PCB, engineered using computer-aided design (CAD) to provide a sturdy platform that resists bending or breaking under pressure. This design ensures long-lasting reliability and consistent light output.
The kit’s slim profile and flexible mounting tape allow for easy installation inside your factory headlight housing without the need for modifications. The use of high-quality 3M adhesive tape guarantees a strong bond that holds the halos securely in place, even under harsh driving conditions.
Installation & Fitment:
The ORACLE Halo Kit ColorSHIFT is designed for a straightforward, bolt-on installation on the 2014 to 2016 Scion tC Base headlights. The kit mounts easily using the pre-applied 3M adhesive tape, eliminating the need for drilling, cutting, or special modifications. This ensures a clean, professional look without compromising your vehicle’s factory components.
- No cutting, drilling, or special tuning is required for installation.
- Mounts directly to the headlight housing using durable 3M adhesive backing.
- Compatible with multiple ColorSHIFT controllers for customizable lighting control (controller not included).
What’s Included
- Pair of ORACLE ColorSHIFT 3-Chip 5050 SMD Halo Rings
- Pre-installed 3M adhesive tape backing for mounting
- Wiring harness and connectors for integration (controller not included)
- Installation instructions
Ideal For:
This halo kit is perfect for Scion tC owners who want to enhance their vehicle’s appearance with customizable, bright, and energy-efficient lighting. It suits daily drivers looking for a unique style upgrade as well as automotive enthusiasts who appreciate advanced LED technology and full control over their lighting setup.
- Vehicle owners seeking personalized lighting color options
- Enthusiasts wanting bright, vivid halos with adjustable brightness
- Those desiring easy installation without permanent modifications
- Drivers who want to improve headlight aesthetics while maintaining low power consumption
