The new ORACLE Lighting V-Series packs a ton a features to make it not only user-friendly but also an amazing value with the all-new design technology. The V-Series bulbs feature fcCSP Flip-Chip Scale LED Packaging. The advantages of flip-chip technology are multiple: it provides enhanced electrical performance over standard wire bond technology, allows for a smaller form factor due to increased routing density, and eliminates wire-bond loops. An ultra-luminous and extremely efficient light output with superior durability and reliability. This new all-in-one diecast body design mimics the look of the original factory halogen bulb. This allows for easy installation without any additional wiring or external drivers. The die-cast design also provides increased thermal conductivity and heat dissipation to insure long bulb life. V-Series LED bulbs offer even more compatibility by working with vehicles that use the headlight bulb for the DRL function at a reduced voltage. The class-leading 6-32V ultra-wide range voltage protection will allow these LED bulbs to be used in Daytime Running Light Applications without common flicker issues. The V-Series bulb will dim to 50% brightness in DRL mode just like the factory halogen bulb. ORACLE Lightings new V-Series bulbs feature our SmartDrive Active Thermal Regulation temperature management. The integrated constant current linear LED driver inside the bulb uses a system called thermal foldback to protect the LEDs and the bulb components. The LED driver operates from a 6V to 24V input and offers constant current output at up to 1 Amp. Supplementing passive thermal management with active techniques such as this allow for a very small bulb package without risking damage to the LED or creating an environment where the LED lifetime would otherwise be significantly shortened.

Genuine ORACLE Lighting. Part number V5235-001.

Ships from US warehouse.

WARNING: California Proposition 65 — this product can expose you to chemicals known to the State of California to cause cancer or reproductive harm.