FAHREN 9007/HB5 Bulbs, 2025 Upgraded 120W 60000LM fog Lighting Bulb with fan, 6500K Cool White IP68 Waterproof,Pack of 2

Overview

• Brand : FAHREN
• Item Package Quantity : 1
• Fit Type : Universal Fit
• Auto Part Position : Front
• Operating Life : 60000 Hours
• Color Temperature 6500 Kelvin : Wattage 120 watts
• : Color Temperature 6500 Kelvin
• : Wattage 120 watts

About this item

• Exceptional Brightness Upgrade:These high-quality 9007 HB5 bulbs offer an astounding 1000% increase in brightness compared to standard halogen bulbs. They boast a powerful output of 120W per pair, delivering an impressive 60,000 lumens. With a color temperature of 6500K, they ensure clearer and more vibrant colors, enhancing visibility and driving experience significantly.
• Optimal Beam Precision: Designed with an ultra-thin profile that positions the chips closer, these bulbs create a focused beam. This configuration ensures wider and longer-range illumination without glare or dark spots, guaranteeing a safer driving experience.
• Effortless 10-Minute Installation: Crafted to closely mimic factory halogen bulbs, these 9007 bulbs offer a seamless plug-and-play experience. They come equipped with an additional decoder for enhanced performance, ensuring quick and hassle-free installation in just 10 minutes.
• Extended Lifespan Over 60,000 Hours: Constructed from aerospace-grade aluminum with a finely crafted heat sink design and a robust 15,000 RPM turbo cooling fan, these bulbs boast a lifespan exceeding 60,000 hours. This durable build minimizes the frequency of bulb replacements, ensuring long-term reliability and performance.
• Wide Vehicle Compatibility: The FX6 series 9007 lighting bulbs are designed for compatibility with over 99% of vehicles, ensuring broad applicability. While most vehicles are supported, some sensitive models may benefit from an additional CANBUS decoder for optimal performance. It's advisable to consult your vehicle's user manual or verify with the original bulb part number for precise compatibility information, as the system may not be fully updated.