HIR2 LED Headlight Bulbs 65W - Canbus 6000K - 1700% More Light

Product Code: HIR2STN1

LED kit with high technology and a pioneer in the field as one of the few with 3 copper cooling plates in the housing, with a built-in Canbus module for operation with all on-board computers for low or high beams with ultra-high illumination - 3 times higher than a 55 watt xenon kit.

Extremely reliable and suitable for both low and high beams, due to the instant reaching of maximum illumination.

With incredibly powerful LEDs, with proven quality giving up to 1700% more light than a halogen bulb.

100% focal distance of the LEDs, precisely matching the focus and distance of halogen bulbs, which ensures correct illumination as factory-intended by the manufacturer of the car's headlight.

Due to the fact that on one side of the LED there is no housing that obstructs the light and casts a shadow on the road, this model achieves uniform illumination without dark spots in the middle of the road.

The lamps have a detachable base, with a powerful radiator and fan for cooling, and three high-heat-dissipating thermal plates are integrated into the housing, which ensure trouble-free operation of the diodes, even if the fan is not working.

The powerful LED chipset is monitored by a sensor in close proximity beneath it, and when temperatures exceed the limit, the fan speed increases. If the temperature continues to rise, the light intensity is slightly reduced to prevent damage. This way, it is practically almost impossible for the chipset itself to malfunction or burn out, which makes this type of LED bulb extremely reliable.

Suitable for any car, due to the small length of 34mm of the fan housing, designed to fit in 99% of headlights without touching the cap.

The set includes 2 bulbs and 2 Canbus modules.

Operating voltage: 10 to 24 Volts

Nominal consumption: 65 Watts

Light intensity: 170,000 lux measured at 7cm from the bulb's source (for comparison, for a halogen bulb, the measured intensity at 7cm from the source is 10,700 lux, which is almost 17 times more)