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Multiple-pin bows sights seem to nab everybody’s attention, and that’s a shame: a good single-pin bow sight can perform just as well as a multiple-pin bow sight—and in many cases, far better than a multi-pin bow sight. You just need to find a model that works for you, and you need to know what you’re doing.
In this post, we’ll talk about a model that we think is one of the best bow sights out there: the HHA Optimizer Lite. We’ll start with a broad overview, and then go blow-by-blow over the features. There’s a lot to like, but there are also a few small imperfections we should talk about if you’re interested in this puppy. Alrighty, alright, let’s get to it, so sit tighty:
SUMMARY: HHA OPTIMIZER LITE REVIEW
In our most humble of opinions, the Optimizer Lite is a great option, and probably one of the most feature-rich single pin bow sights made for the mass market. It’s got an adjustable rheostat so you can change the brightness of the pin (and we’ll explain that below, if it doesn’t make sense to you), a re-enforced casing around the pin to protect it when you drag your bow through the mud and muck, and most importantly, it’s micro-adjustable—something we look for in all high-performing bow sights. It doesn’t measure single yards, and that’s a mark against it, but with proper tuning (and proper skill, obviously!) you can set it for shots at about 60 yards or maybe a little more. Also, you need a little space to get it set properly—40 yards at the very least, in fact—so keep that in mind if you’re an urban/suburban shooter without a lot of open space. All in all, a great option for archers/bowhunters looking for a single-pin bow sight.
Now here are those details we promised:
Here, in no particular order, and the features that make the HHA Optimizer Lite stand out. There are, of course, a few features that we *don’t* like, but we’ll talk about those later.
Here’s what the Optimizer has going for it, in no particular order:
This is one of those features that bow sight manufacturers brag about, but if you’re new to archery and/or bowhunting, and more particularly, if you’re new bow sights, you won’t have any idea why fiber optic material is a good thing.
So let’s decode this. When HHA says that the bow sight features 5 inches of fiber optic material, what they’re really trying to tell you is the following: 1) the pin inside the bow sight housing is illuminated by fiber optic material; 2) fiber optic material gathers light from your environment and delivers it to the pin inside the bow sight housing; 3) the more fiber optic material you have around the bow sight housing, the brighter your pin can be.
That may seem pretty obvious if you’ve been around bow sights for a while, but it’s our job to bring everybody up to speed, so thank you for your patience 🙂
So, when HHA says that it’s got 5 inches of fiber optic material circling that housing of the bow sight, they’re telling you that it provides a lot of luminosity to the sight pin, and that’s great for bow hunters and 3-D archers who are shooting at targets in low-light / early-morning situations (or even full-light situations!). That meets our expectations of HHA—they’re known among archery folk to have very bright lights on their pins, so we’re happy to see that they’ve continued their efforts in that area.
With all that said, there’s something else really neat about all that fiber optic material on the Optimizer:
This feature takes a little explaining, especially if you’re new to bow sights, so here goes (and if the following explanation just confuses you further… well, watch the vid!):
A rheostat is a device that regulates the flow or the amount of something in a specific tool. On the HHA Optimizer, the rheostat is an aluminum sleeve that encases the fiber optic material in the housing of the bow sight, and you can adjust that sleeve so that the fiber optic material accepts more light or less light, making your pin brighter or not as bright, depending on your needs.
Here’s how it works: you turn the sleeve as you would a screw, and can you adjust it to cover more the fiber optic material on the bow sight housing, thereby limiting the light entering the fiber optic material and dimming the pin in the bow sight, or you can adjust it so that it covers less of the fiber optic material on the bow sight housing, thereby increasing the light entering the fiber optic material and brightening the pin in the bow sight.
Alas, this is one of those situations where a picture—or better yet, a video—is worth a thousand of our words. You can just to 0:30 here to see it in action—the video is from an HHA rep at a trade show, and he’s discussing the HHA Optimizer Lite:
Alright! Now that we’ve gone over the good stuff—and don’t worry; there’s a lot of good stuff, and the negatives don’t outweigh them, in our minds—we should go over the “meh” stuff. None of it is too bad, but it’s worth noting.
This measurement separates the “very good single-pin bow sights” from the “truly top-tier single-pin bow sights”—yardage measurements.
On the HHA Optimizer, you can measure to within 5 yards of your target. That’s great for closer targets, where you can give your target the old eyeball and get a good guess-timate, but it has diminishing returns for a target that’s reaaaaaaally far away. For that, yardage in single-yard increments are almost always better. So while this can be a great bow sight for near targets, if you’re shooting at targets very far away, you may want to look into a bow sight with single-yardage increments.
If you’re looking for a bow sight with single-pin yardage, HHA also makes the HHA Optimizer Ultra Lite, which has that functionality.
This isn’t the harshest criticism, because most bow sights need some sort of setting, but tuning the Optimizer can be a little tricky, and you need some time—and some space—to make sure it’ll work for you. Here’s what we mean by that:
When you get the Optimizer, in order to make sure it shoots accurately, you’ll need put a “sight tape” on the face of the bow sight. To do that, you need to complete what HHA calls the 20/60 test, where you shoot an arrow at a target 20 yards away, and then a target 60 yards away, and then do a quick equation using an HHA conversion sheet. The conversion sheet is usually included with the product, but you can also find it online / at the HHA website, and it will tell you which sight tape you need to add to the bow sight.
This is another one of those instances where a movie comes in very handy, and here’s one that walks you through the process:
It’s not difficult, per se, but it’s important, and it keeps the Optimizer from being an out-of-the-box option.
(By the way, HHA recommends a 20/60 test, but if you don’t have that kind of space—and a lot of us don’t—you can do a 20/40 test [one shot at 20 yards, and a follow-up at 40 yards] instead).
We tend to give a lot of attention to the sight pin, and obsess over whether or not that gets dinged up in the field, but of equal importance is the integrity of the sight tape on face of the bow sight. If you ding up those numbers—and there’s no protective shield that covers it—it can be hard to use. So be careful with that. You can get a sheath to cover it, but nonetheless, be careful of it.
We like it a lot. It’s a high-performing single-pin bow sight, and we think it’s great for people who are just getting into single pin sights, but we also think it’s got enough “deluxe” features to keep veteran shooters and bowhunters happy. With its extensive fiber optic material, high adjustability, and micro adjustability (which we really like), there’s a lot to like here.
Alright, we hope our HHA Optimizer Lite review helps you make some decisions regarding your shooting and hunting plans. Good luck, be good, and keep rocking!
