When we first put the Morimoto XB Evo Super Duty headlights on a power supply here in the shop, we noticed something that made us do a double take. The moment we turned them on to see the output, the projectors did not appear to line up. With the table sitting about 25 feet away from the wall, our first thought was that we had a defective headlight. We are here to tell you right now that this is not a defect. It is exactly how these headlights are designed to work, and in this article we will break down why.
What We Saw at 25 Feet on the Wall
As soon as we energized the headlight, the projectors looked staggered and out of alignment on the wall. If you have ever shined an aftermarket assembly on a garage wall to set your aim, you know how alarming that can look at first glance. For these Morimoto XB LED headlights for the Super Duty, though, that staggered appearance at a close distance is completely by design.
The reason comes down to how the projectors are arranged inside the housing. This assembly contains four bi-LED projectors, and they are vertically aligned, meaning they are stacked on top of each other. Because each projector sits at a different height, each one is projecting its beam from a slightly different point in space. When you are only 25 feet away from the wall, those height differences show up as visible stagger between the beams.
Why Vertically Stacked Projectors Behave This Way
Here is the key concept. When projectors are stacked vertically and each one fires from a different height, the beams do not converge until you get farther out. At a short distance, that height offset is exaggerated on the wall. As you increase the distance, the beams come together and line up the way they should. That is exactly what we found with these headlights.
We know this is true not only from the bench but from actually driving the trucks. We took the Super Duty trucks out to the mountains, specifically Iron Mountain, which is just north of Georgia. It is an off-road park, and honestly you should go there and hang out because it is really cool. We drove the windy road at the entrance, and the output was very good. We were genuinely hoping we would not see all of those projectors individually stacked in the real beam, and that turned out to be the case.
Line Everything Up at 100 Feet
If we back the table up to about 100 feet from the wall, the projector beams actually align properly. That distance matters because 100 feet is far closer to real driving conditions than a 25 foot garage wall. You are not driving down a road where everything you illuminate is 25 feet in front of your bumper. You are lighting up the road well ahead of you, and at those distances the four stacked projectors merge into one cohesive beam.
This got us thinking about a bigger point. If you own not just a Super Duty headlight but any aftermarket headlight with vertically aligned projectors, it is extremely important that those projectors do NOT line up at 25 feet on the wall. That may sound backwards, but it is the whole trick behind a good real-world beam. If you are shopping for other options in the family, there are also XB Hybrid LED headlights for your Super Duty worth looking into, along with the broader category of LED headlight assemblies we carry.
How This Compares to Morimoto’s Older Designs
This is exactly what the Morimoto XB Evo delivers that older designs did not. Morimoto’s previous headlights line up perfectly on the wall at 25 feet, but let’s say it plainly: that arrangement scatters light and doesn’t provide the best driving experience once you’re out on the road. Lighting up a wall isn’t the goal. Putting usable light exactly where you need it, on the road ahead of your truck, is.
You have told us in the comments a million times: sure, it looks good on the wall, but how does it look in real life? We hear you, and we are definitely getting more real life shots. It is our goal to give you the best view and the best comparisons across all these different headlights, and that is why we keep hauling trucks out to places like Iron Mountain instead of just staring at a garage wall.
What We Learned From the Big Shootout
How does this headlight perform in real life? Better than any other headlight we have seen. And believe us, we put in the work. We did an entire shootout, we spent thousands of dollars, and we tried Recon, AlphaRex, and a whole bunch of others. After all of that testing, we realized something simple: if your headlights do not look staggered like this at 25 feet on a wall (for a vertically stacked design), you have got a dud, and you should probably return it.
If you want to dig deeper into how each option stacked up, take a look at our full headlight comparison for 2017-2019 Super Duty. It walks through the field and explains why the real-world beam matters far more than a pretty wall shot.
The Difference With Horizontally Stacked Projectors
Now here is where you need to pay attention, because the rule flips depending on how the projectors are arranged. If you get an aftermarket headlight where the projectors are aligned horizontally rather than vertically, then at 25 feet you absolutely DO want the wall to look nice and crisp. You want a crispy cutoff line, and you do not want to see any deviation between each projector.
Take the Morimoto XB Evo headlight for the Corvette as an example. There are two projectors, and they are horizontally stacked side by side. If there is any deviation between them at 25 feet, that is not what you want. You want that to be one crispy, clean cutoff line. So the takeaway is this: vertically stacked projectors should look staggered at 25 feet, and horizontally stacked projectors should look crisp and unified at 25 feet.
Where to Buy and Related Options
If you are shopping the Super Duty platform, it is worth knowing there is also an RGB version available. You can find the XRGB Evo headlights for the 17-19 Super Duty if you want additional color functionality. And if you are looking to upgrade the internal electronics, the Supercharged Drivers for XB Evo Super Duty headlights are an option to consider as well.
At the end of the day, the message is short and sweet. If you want a good driving experience, get something that actually behaves like this on the wall based on how its projectors are arranged. When you shine it against the wall to set the aim or check alignment, just make sure it matches the correct pattern for its design. For a vertically stacked assembly like the Super Duty, staggered at 25 feet is correct. Do not panic when you see it. It means the beams will come together right where you need them out on the road.
Frequently Asked Questions
Why do the projectors in the Morimoto XB Evo Super Duty headlights look misaligned on a wall?
The four bi-LED projectors are vertically stacked and each sits at a different height, so at a close distance like 25 feet they appear staggered on a wall. This is by design, not a defect.
At what distance do the Morimoto XB Evo Super Duty projectors line up?
According to the video, the projector beams line up properly at around 100 feet, which is why they look staggered when tested closer, such as at 25 feet on a wall.
Is a staggered beam pattern at 25 feet a sign of a defective headlight?
No. The video explains that for vertically stacked bi-LED projectors like those in the Super Duty XB Evo, this staggered look at 25 feet is expected and correct, not a manufacturing defect.
How did the Morimoto XB Evo Super Duty headlights perform in real-world driving?
The presenter tested them on a windy mountain road near Iron Mountain, north of Georgia, and stated the real-life output was very good and better than other headlights tested in a prior shootout against brands like Recon and AlphaRex.
What should I look for when aiming aftermarket headlights with horizontally stacked projectors, like the Corvette XB Evo?
The video notes that for horizontally stacked projectors, such as the two projectors in the Morimoto XB Evo for the Corvette, you want a crisp, clean cutoff line at 25 feet on a wall with no deviation between projectors.
Meet the Experts Behind Headlight Revolution
Chris Nelson – Founder
Before founding Headlight Revolution in 2011, Chris worked as an automotive install technician specializing in lighting, sound systems, and engine performance parts. He has personally tested thousands of lighting products and works directly with lighting engineers to evaluate the technical performance behind every recommendation.
Josh Beberg – Content Production Manager
Josh leads hands-on testing and content production at Headlight Revolution. From beam pattern comparisons to real-world installations, he works directly with lighting engineers to ensure every review is grounded in measured results, not marketing specs.
