EAZ CYT High-Brightness LED Headlight Bulb (H4) – 40W 4500LM White LED with Turbo Cooling Fan for Motorcycles

Product Description The CYT H4 LED Bulb is a high-performance conversion kit featuring a three-sided COB LED pattern that provides 360-degree light distribution. Designed as a “plug-and-play” replacement, it fits into standard H4 sockets common in bikes like the Royal Enfield Classic, Bullet, and Hero/Honda models. Built with a Die-Cast Aluminum body and an integrated 12,000 RPM Turbo Cool Fan, the bulb is designed for efficient heat dissipation, preventing the overheating issues common with cheaper LEDs. It features dual-intensity modes (High/Low beam) and emits a crisp 6000K pure white light that mimics daylight, significantly improving the rider’s ability to spot road hazards and pedestrians. Key Features: Superior Brightness: Produces up to 4500 Lumens, offering a much longer and wider light throw compared to stock halogen bulbs. Dual-Beam Functionality: Integrated high and low beams provide a clear beam pattern without blinding oncoming traffic. Efficient Cooling: Uses a high-speed silent fan and aviation-grade aluminum to maintain low operating temperatures. Instant Start: Features 0.1s instant start-up with no flickering or warm-up time required. Weatherproof: Rated IP68 waterproof, ensuring reliable operation in heavy rain and dusty conditions. Energy Efficient: Consumes only 40W of power, reducing strain on the vehicle’s battery and alternator. Specifications: Fitting Type: H4 (3-Pin Universal). Wattage: High Beam – 40W | Low Beam – 30W. Lumen Output: 3500 – 4500 LM. Color Temperature: 6000K – 6500K (Pure White). Operating Voltage: DC 8V – 85V (Compatible with most 12V systems). Lifespan: Rated for over 30,000 hours of use. Material: Die-Cast Aluminum & Plastic. Installation Note This bulb is designed for DC-powered lighting systems. If your motorcycle’s headlight currently flickers or dims with engine RPM (AC power), it is recommended to consult a mechanic to connect the headlight directly to the battery (DC) to avoid damaging the LED chip.