[Plug and Play Installation] Super easy to install, very simple-usually within 20 minutes. Supplied with H4-H13 adapter. Connect the light directly to the headlight wiring of the original car, plug and play.
[Brighter and clearer visibility] These lights greatly improve the visibility. Made with 100% advanced high-quality LED chips. The color temperature of high light and low light is 6000K white light.
[Material] Heat dissipation, high strength and light weight.
.Description:
Name: Motorcycle Headlight
LED chip: CREE
Voltage: 9-30V
Power: 200W
Color temperature: 6000K/3000K
Lumen: 20000LM
Product size: 5.75inch
Waterproof rating: IP67
Working temperature: -40 + 85°C
Material: Die-cast aluminum housing
Life: 50000 hours
Features:
[High Quality] Made of durable die-cast aluminum housing and polycarbonate lens, it has the characteristics of efficient heat dissipation, high strength and light weight. They will not be scratched as easily as other lamps with fragile lenses. Keep the appearance novel without fading. Rust-proof, shock-proof, sealed shell, IP67 waterproof grade, can work normally in all kinds of weather conditions. If you have any questions, please feel free to contact us!
[The latest unique design] 1. Unique and stable matrix gradient design, DRL dynamic gradient turn signal. The left turn signal light, the right turn signal light, the driving light, the high beam and the low beam have 5 full functions. The headlight emits a white arrow to indicate driving, and the amber turns to the right (left) and flashes gradually, indicating a left/right turn signal. Let everyone in front of the car clearly know what to do next! Greatly improve driving safety performance.
[Bright and Durable] The white and amber DRL illuminates the entire front road to the maximum, which is better than the halogen lamp and HID of the original car. The service life exceeds 50,000 hours.
Packing list:
Motorcycle Headlight * 1
Note: Due to different personal displays, light and contrast differences, there may be slight color difference between the picture and the real object.
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