Upgrade your vehicle's lighting system with the Oracle Lighting 3157 18 LED 3-Chip SMD Bulb in cool white. Designed to replace factory halogen bulbs, this high-intensity LED provides increased brightness and a modern appearance for your headlights, fog lights, tail lights, or turn signals. Its bright cool white illumination enhances visibility and adds a contemporary touch to your vehicle's lighting profile. Constructed with precision, this bulb features 18 high-quality LED chips arranged for optimal light output and longevity, ensuring reliable performance in various automotive applications. Easy to install, it is compatible with a wide range of vehicle makes and models, depending on your specific year, make, and model. Whether you're upgrading for style or safety, this bulb offers a significant upgrade over standard halogen bulbs, offering a more vibrant and efficient lighting solution. Engineered to meet rigorous standards, it is a durable and energy-efficient choice for automotive lighting enhancements. This LED bulb is suitable for use in headlight, fog light, tail light, or turn signal applications, providing versatility and consistent performance across different lighting needs. Its sleek design and bright output make it an excellent choice for drivers seeking a reliable upgrade that combines style, brightness, and energy efficiency. The product complies with Prop 65 regulations, ensuring safety and environmental standards are met, and it is readily available for regular stock purchase to meet your automotive lighting needs.
Features:
- Bright cool white LED illumination enhances visibility and modernizes your vehicle's lighting appearance
- Contains 18 high-quality LED chips for optimal light output and long-lasting performance
- Suitable for installation in headlights, fog lights, tail lights, or turn signals across various vehicle makes and models
- Easy to install with compatibility for a wide range of automotive lighting systems
- Built to meet rigorous safety and durability standards, ensuring reliable operation over time