Before you begin installing your new LED bulbs, you should be familiar with the wiring harness of your vehicle. Usually, you will have four bulbs, with the high and low combination bulb grouped together. Once you have the right bulb, connect the harness to the LED, clip the new LED bulb into place, and then test the bulbs. Once you're satisfied that they're working properly, turn on the car's headlights.
50,000 hour lifespan
If you're looking to replace your headlight bulbs, the 50,000-hour lifespan of a car LED headlight bulb should be of particular interest to you. While most LED headlight bulbs last for five thousand hours, these bulbs actually use a lot more power to deliver their light. The circuitry in LED headlight bulbs generates enormous amounts of heat, so it's impossible for these bulbs to last for this long without proper cooling.
While most LED headlight bulbs last around 50,000 hours, ordinary incandescent bulbs need to be replaced far more frequently. In fact, a non-LED bulb can only last for a few hundred hours, while an LED bulb can last for up to 13.7 years. While there are many benefits to using LED headlight bulbs, it's important to choose wisely and properly install them to ensure long-term performance.
12,000 lumens per pair
One of the most important benefits of LED headlight bulbs is the fact that they are brighter than their halogen counterparts. LED bulbs are extremely efficient in delivering light, with no dark spots. They are more than three times brighter than halogen bulbs and have many advantages. For example, they have a 50,000-hour lifespan and are made of a durable aluminum housing and heating. Moreover, the bulbs are completely waterproof, and are therefore IP68 rated.
The number of humans that can be produced by a car LED headlight bulb depends on several factors. For example, a car LED headlight bulb with 16 LED chips will claim to have a working power of 16W and 2,080 lumens. But, in reality, it would be more accurate to say that an LED headlight bulb with sixteen LED chips has a peak Lumen output of 2080 lumens. But, this is just theoretical and does not account for the thermal efficiency of a group of LED chips inside a sealed environment.
Upgrade from halogen bulbs
When considering replacing the halogen bulbs in your car, you should consider upgrading to LED headlight bulbs. This is the fastest way to improve the brightness and light emission of your headlights. To perform the upgrade, you must install new projectors in the headlight assemblies. However, there are not many kits available for all vehicles. Therefore, you will need to replace your old reflectors and install new wiring and hardware. To complete the upgrade, you should also seal the new projectors. The conversion kits can cost you anywhere from $200 to six hundred dollars.
LED car headlight bulbs are much more efficient than standard halogen bulbs. LEDs produce a nice, clean light, are much cheaper than competitor products, and can fit perfectly as replacements. If you experience frequent headlight burnout, LED bulbs are the best option for you. However, you should take note of the disadvantages of LED bulbs. They do not have the same long lifespan as halogen bulbs, and they may produce a yellowish tint.
Requirement for anti-flicker module
There's one important requirement for LED headlight bulbs for certain car models: an anti-flicker module. Without this module, your new LED bulb will flash or stay illuminated after turning off. This module is required by certain manufacturers, such as Audi, Acura, BMW, Chrysler, Dodge, Ford, GMC, and Lexus. It's also a necessary part for LED bulbs in minivans, motorcycles, and SUVs.
Another requirement for LED bulbs is extra resistors. If they fail to function properly, the vehicle's CAN-BUS system will flag them with an error message and may cut power to the bulb circuit. The solution is to install an additional anti-flicker module between the LED bulb and the vehicle's factory connector. Some LED bulbs may have resistors built into them, but this is not a guaranteed fix.
Some vehicles use standalone computers for lighting functions. These computers are programmed to recognize the standard light bulb's functions and can trigger diagnostic procedures if something goes wrong. But some LED headlight conversion kits will cause the warning system to react incorrectly to LED lights. In such a situation, an anti-flicker module is a good solution. These modules are inexpensive and connect to the factory wiring of your vehicle.