When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
But what does the pattern look like? Sharp cutoffs? Supposedly the Anzo headlights are known for water leakage/moisture issues... but the price point is a hell of a lot more palatable than OEM.
Pattern have gotten a lot better. cleaner & smoother not like the 2013's &14's Anzo lights. there was only one small little area that had extra dried glue or rubber bond (sealant) that was hanging out, but i just removed it. my only con so far is that the Halo around the headlights could be brighter. You can only see it at night not durning the day.
And another PLUS is my truck is lifted, the Anzo light adjustment is great. I can lower the beam angle downwards a lot better than my OEM's. So I do not blind people.
I'd love to see some night-time photos from the driver seat, and against a flat surface (garage door or something) to assess pattern, if you have some time to do so.
Which bulbs did you go with?
I was forced into a Lariat 501A as I needed a truck without the floor console/shifter... which means no LED headlamps. I'd love to upgrade, but don't really want to drop nearly $2K for the privilege... looking for other options.
Went with Xenon LED LAMP BULBS. around $100.00
they have little fans built into them. I'll try and take some night pictures
I have an uneasy feeling if the LEDs need fans to run. Dirt, water, and so on could easily compromise their function. It's curious to me how Ford got the factory LED headlights to operate without the aid of fans. Since LEDs are theoretically much lower power than incandescent, I don't quite understand why the fans are necessary, unless they have to be "juiced up" somehow in order to get enough brightness.
You either need fans or a large heatsink. Contrary to popular opinion, LEDs, especially those used for illumination purposes, are nowhere close to 100% efficient. About 70% of the input power is converted to heat. When you're playing with diodes that are running 3-5 watts, that's a LOT of heat being generated from a very small area. Transporting that heat away is critical to diode life.
Fans are typically used on the high-output headlamp replacements to allow them to fit in the limited space of most headlamps. Look at a typical Rigid LED lightbar... the entire case is one big heat-sink, with the rear being large, thick fins for added cooling. Those bars are typically running about 120 watts in for a 10" bar. The headlamp replacements are running 30-50 watts, in something you can hold in your hand. Active cooling becomes pretty much the only option.
If you get dirt and water inside the back of the headlamp, you've most likely sucked it in to the motor anyway...