I had been wanting to test the Afflictor Hybrid broadhead for a while. So, when I finally got my hands on some I was excited to test them out.
Afflictor Hybrid Construction
I have used tested and used other hybrid broadheads on the market, but the Afflictor heads are different than other designs. They have a main cutting tip that’s about 1/8-inch thick, made of 420 stainless steel that is extremely thick and sharp and will not fold over.
They also have a feature they call a “drive key,” that also functions as a bleeder blade that opens up the main blades, but also cuts extra tissue.
Afflictor 1-3/4″ Hybrid vs Afflictor Ultraviolet | The differences
On the 1¾-inch Afflictor Hybrid, the drive key has little prongs on it. They are designed in such a way that if they hit hard bone, they will shear off by design, so that the head can continue to penetrate. In fact, everything about this head is designed for penetration.
Afflictor also offers a head called the Ultraviolet, that is purple in color. At the time of this publication, it is the only purple broadhead on the market.
The Ultraviolet has a little bit different design. The main tip of the Ultraviolet is longer and more swept than the original Afflictor Hybrid. Due to that design, it has a little bit better penetration.
Another difference is that the Ultraviolet has non-shearing drive key that functions as a bleeder blade. So it’s a half-inch wide and will open up the blades and continue to cut tissue.
With the Ultraviolet broadhead, you get a 1¾-inch cut and plus the ½-inch bleeder, for a total of a 2-inch cut.
Afflictor also makes a 1½-inch model of this as well and it also has the ½-inch bleeder, for a total cut of 2 inches.
Both versions of this broadhead fly extremely well. They are both 5/8-inch thick in profile, which is like most other mechanical heads on the market. The specs and construction are top-notch. They also spin very well in flight.
On impact, the drive key comes down and the blades open. There is also a pretty strong o-ring that keeps the blades from rattling during flight.
The NAP Killzone is my standard for comparison testing, as it’s been around for many years. It’s a really reliable and super strong head. However, it doesn’t penetrate very well, so anything I test should penetrate better than the Killzone.
For comparative purposes, I tested penetration and durability in comparison to the NAP Killzone broadhead.
Penetration Testing | The Setup
If you have seen any of my broadhead tests on mechanicals, you know that when I do comparative tests, I don’t test them on animals. The reason I don’t do this is because they don’t hold any value.
Different bones have different densities and bone geometries. Every animal is different. In addition, shooting angles on animal bone could have varied results, which would not provide good insight into how the broadhead truly performs.
So, I use a uniform medium to simulate animal anatomy as best as I can. I use carpet on the front and the back to simulate animal hide. I also use a rubber foam to simulate tissue and ½-inch plywood in the middle to simulate the bone.
Then I use a few more layers of rubber foam toward the end for padding, followed by another 3/8-inch plywood at the end just in case it were to make it through all of that.
I also have a thin sheet of cardboard in the very front to get a visual on how well the heads deploy on impact.
Penetration Test #1
I first tested the Killzone head, followed by the Afflictor 1¾-inch head and the Afflictor Ultraviolet.
In the penetration test, the Ultraviolet out-penetrated the others by a wide margin. Of course, the Ultraviolet it has that more swept initial tip and also has the 1½-inch cut, and that solid drive key. Those factors made all the difference in this penetration test.
Take a look at the Afflictor 1¾-inch cut broadhead. The 1¾ inches plus the ½-inch bleeder provides 2¼ inches of cut. The blades came all the way through the ½-inch plywood after going through the carpet and the rubber mat and the cardboard.
The NAP Killzone tip came through the wood, the blades did not. The NAP has a good, long tip that’s really tough. But the blades didn’t do any cutting on this test. All the broadheads in this test held up well in the penetration test.
Initial Cut Size
When inspecting the opening cut, the Ultraviolet opened 1½ inches from the main blades and then ½-inch from the bleeders and the bleeders stayed intact.
The 1¾-inch Afflictor Hybrid opened 1¾-inch on impact and then had the drive key bleeders cut a ½-inch and those stayed intact as well.
The NAP Killzone advertises a 2-inch cut, and it actually cut a little over two inches (2-1/4 inches).
So, all the heads in this test opened well.
Penetration Test #2: Angled Shot
In the next test, I performed a steep angled shot.
I first shot the Killzone and it stuck right in. Then, I shot the Afflictor 1¾-inch Hybrid. It stuck in, but angled off a bit. Lastly, I shot the Afflictor Ultraviolet.
In the diagram below, you can see that the Killzone and the Ultraviolet penetrated through the back of the wood. The Killzone point come through the wood but not the blades. The Killzone also broke off at the ferrule and broke my arrow.
The 1¾-inch Hybrid went through all the layers of carpet and foam and cardboard and made a deep cut in the wood, but it skimmed across the top of the plywood.
Penetration Test #3: Afflictor Ultraviolet into 22-gauge steel
In this test I shot the Afflictor Ultraviolet into 22-guage steel, backed with a 3/8-inch sheet of plywood, a ½-inch sheet of plywood, 4 rubber mats and a Rinehart target behind it.
Because I didn’t want to break another arrow, I used the Mammoth Arrow by Bishop Archery, which are guaranteed for life.
The Ultraviolet went through the 22-gauge steel plate and poked through the back of the 3/8-inch board about a ½-inch. The tip held up really well.
The blades of the Ultraviolet not only went through the steel plate, but they opened up as well, which is very impressive. When I have shot other heads into steel and plywood in this manner, they only hold up when the blades don’t reach the steel plate. But here, the blades held up and even opened up inside of the steel plate. Even the drivel key was still intact.
In this Afflictors broadheads review I learned a lot. I didn’t really know what to expect from these heads. But, I have to say I was impressed. They have a very low profile and will fly really well.
I didn’t expect them to open so well, penetrates so deeply and hold up as well as they did through that medium.
The Ultraviolet’s penetration was extremely impressive, especially on the angled shot, as they not only penetrated the steel plate and the plywood, but also deployed the blades.
If you are looking for a fool-proof hybrid mechanical head, the Afflictors are going to fly like a dart and hold up well so you can kill some big game!
In this broadhead review, I tested two new broadheads from the same manufacturer; The Sevr 1.5 and 1.7-inch broadheads.
Sevr Broadhead Offerings
Sevr originally came out with a broadhead that had a 2.1” cutting diameter. It was a great head with fantastic flight and it was tough. But, the penetration is about what you would expect from a 2.1” broadhead and it was a bit lacking in kinetic energy for my purposes.
For a deer, or even for smaller game like turkey, if your number one goal is a big hole, the 2.1” Sevr is going to deliver. But to round out their lineup, they’ve come up with two additional offerings.
Sevr 1.7-inch Broadhead
To compliment their original broadhead, Sever introduced a 1.7” head. It has a stainless steel tip and it has got a good grade aluminum ferrule. It has rear deploying blades that lock in place, which I love.
The 1.7” cutting diameter provides decent penetration and is a good all-around broadhead offering for pretty much any kind of game.
Sevr 1.5-inch Broadhead
Sevr also introduced the 1.5-inch head. The 1.5-inch operates just like the 2.1-inch with a few design differences.
On the 1.7-inch head, the tip is not quite as big as the 1.5-inch head and also has a smaller ferrule. The 1.7-inch head only comes in a 100-grain and is a little cheaper, while the 1.5-inch head comes in a 100-grain as well as a 125-grain.
Sevr 1.5-inch and 1.7-inch heads | The details…
Firstly, just as the name implies, the 1.5-inch head has a 1.5-inch cutting diameter. Also, the ferrule and tip on the 1.5-inch head are titanium, as opposed to the stainless steel tip and aluminum ferrule of its 2.1-inch predecessor.
The blades of the 1.5-inch head are stainless steel and lock into place just like the 2.1-inch head.
The 1.5-inch head is designed for big-bodied, heavy-skinned animals. It is also better for longer distance shots, due to the smaller cutting diameter.
Although the cut is 1.5” wide, the chiseled tip itself is approximately 5/16-inch wide. So, with the 1.5-inch width cut in one direction and the 5/16-inch wide tip cut in the other direction, you get a total of a little over 1-3/4 inches of cut with a 1-1/2-inch hole.
Sevr has a direct-to consumer approach, so you can only order them from their website. You can purchase them by the eaches, but you can get a better deal if you buy higher quantities.
At the time of this article’s publishing, the 1.7-heads are $11.99 each. The 1.5-inch head is $13.99. The 1.5 is more expensive due to the titanium head.
Using code LUSKFIVE will give you $5 off any order at SevrBroadheads.com!
Blades and cutting features
I love the way the Sevrs work. They have two small “wings” that are exposed during flight. When they come in contact with an animal, they actually “pre-stretch” the hide (skin) as the blades deploy. In theory, since the blades are rear-deploying, not only do you get a 4-cut entry, but you get a bigger cut.
The heads of the Sevrs also lock into place. So, unlike a lot of mechanical heads that can close down if there’s not a certain amount of pressure, these heads lock in place and they stay that way in the animal.
Because they lock in place, they will not give a smaller cut than they do at their full deployment. The blades will go back into pre-deployment position when removing from the animal, but will still lock back down in deployment position.
If you’ve ever shot a broadhead into a deer or other animal and hit bone, it typically deflects off course. But, the great thing about the Sevrs is that the will rotate to one side if they come they come into contact with bone or a hard medium like a rib. The blade will simply fall to the side that encounters the bone, allowing the other blade to continue cutting and still keeps the broadhead on track.
This feature helps increase the chances of getting a good exit and getting better penetration of lungs and other vitals when the head encounters bone. And, because the blades stay locked even as they rotate, they just “dance” around the bone.
Another nice feature to the Sevr broadheads is that when there is heavy pressure on the blades – the type of pressure that might bend or break both blades – they compressed ever so slightly to absorb some of that impact. Because of this feature, they difficult to break.
The 1.7-inch heads have a blade thickness of 0.035-inch thick. The 1.5-inch heads have blades that are 0.032-inch thick. Both heads have all the same features, locking in place and pivoting around bone, staying on track.
I was excited that they came out with a 1.7 and came out with a 1.5 because the 2.1-inch was just a little bit much for me to be able to be confident that I would be able to get a pass-through on an animal.
Although I knew I would get a big hole, I needed to be confident that I would get pass throughs. And, when hunting large animals like elk or bear, I want to be sure I get deep penetration.
Blade angle and overall cut
Another thing I like about the 1.5-inch head versus the original 2.1-inch head is that the blade angle is much less. So, penetration is not only better because of a smaller cutting area, but it’s also better because of the smaller angle.
The same with the 1.7-inch head. While it has a slightly larger cutting angle than the 1.5, it is still less than the 2.1. So, the 1.7 also gets better penetration, not only because of the angle, but because of the smaller diameter cut.
Now, you might think, “Oh, 1.5 or 1.7 inches is kind of small.” But, there are not many fixed heads that have a 1.5-inch cut. They might have a combined 2-inch cut, with 1-inch one way and 1-inch the other way. But, what I have found with broadheads on game animals is that the wider a cut, the more effective bloodletting you will get.
On three and four-blade broadheads, although you may get more total tissue cut, you get a smaller cutting diameter. And, smaller holes tend to get plugged up easier with organs blood and tissue, resulting in less effective blood trails.
But, when you get a wider cut, even like a 1.5-inch, the hide and wound tend to stretch open as the animal moves, producing better bloodletting. Of course, with the 1.7, you would get even more. With the 2.1-inch head, you’re going to get a lot of bloodletting, but you are going to compromise penetration to do so.
So, with the new Sevr lineup, you have something for everyone. But, what I really wanted to see was… how do they fly? They are really the same heads, so I just tested the 1.5-inch.
When it comes to target shooting the Sevr heads, there is a feature that helps them stand out. Each head comes with a small set screw, so that when you shoot, the head stays in a closed position. Because the blades do not deploy, they don’t touch the target at all. It’s very nice on your target and on the head itself.
So, in essence it makes the actual broadhead a practice head, and is easy to pull out of the target. Just be sure that when you hunt, you have removed the set screw, or the blades will not deploy.
Penetration and durability testing
For my penetration and durability tests, I shot the Sevr heads through 1-2-inch layers of MDF, with a foam mat in the front. I also shot them at a 45-degree angle on the MDF. After those tests, I shot them into a steel plate.
For testing, I shot the Bowtech SR6, set at 72 pounds, on the comfort setting. The arrows I used with the heads are the Bishop Mammoth FOC King, bsecause they are the most durable arrows made. These tests really put the arrows through the ringer and yet they don’t get damaged, as they are incredibly resilient.
MDF Board Penetration Test
I shot the 1.5-inch, 125-grain head and the 1.7-inch, 100-grain head into the MDF. Both broadheads penetrated all the way through the first board and then stopped into the second board.
In the back of the second layer of MDF, the 1.7-inch bulged out a little bit. The 1.5-inch bulged out quite a bit more.
On the entrance hole, both deployed upon impact even with the soft pad over the first board and the cuts are exactly as advertised.
The 1.5-inch head opened up to 1.5 inches. And the 1.7-inch head opened up to 1.7 inches exactly.
45-degree angle shot into MDF
I set up two MDF boards at a 45-degree angle and shot both the 1.5 and 1.7-inch heads into it.
Both heads penetrated precisely straight through. There was no sliding off the 45-degree angle board at all. And, the penetration was great for both of them. You see the top one was the 1.5-inch, the bottom the 1.7.
Steel Plate Penetration Test
Because these heads held up so well in the MDF testing, I also shot them into a steel plate to evaluate what would happen.
I honestly wasn’t expecting them to hold up that well after all those other MDF board shots. But, they went through the steel plate and then through the second board.
You can see that the 1.5-inch at the top, blew all the way through it. And you can see the tip of the 1.7-inch, 100-grain, sticking at the bottom.
Here are the heads after going through the initial two layers of MDF and then another layer of MDF and an angle, and then a layer of steel plate and then another MDF, half inch MDF. All of them were half inch MDFs. And they both held up extremely well.
On the 1.5-inch, there was zero damage to the tip. The blades took very little damage, incurring only one nick. (The nick at the bottom is part of the design that holds the rubber bands in place.)
As for the 1.7-inch, they too held up really well, receiving small nicks both blades from the steel plate test.
Overall, the Sevr heads held up really well, including the blades, tips and ferrules.
When I first heard the Sevr broadheads were hitting the market, I had a lot of hope that they penetrate well and hold up well with the changes made to the new models. These heads have exceeded my expectations.
In terms of flight, I knew they would fly extremely well. And, they fly as good as any mechanical head I’ve ever tested. They are like a field point in flight, flying right up there with the very best.
In terms of penetration, they were excellent, maintain outstanding durability as they were shot into 4 total layers of ½-inch MDF, a steel plate and foam mat.
So the Sevr 1.5 and 1.7-inch are really a good heads for bowhunters to consider for various animals.
The hand-made box that each broadhead comes in is the definition of quality. The broadhead lies flat in the box on a felt background. It’s really impressive.
But enough about the box, it was time to start checking out and testing the broadheads themselves.
Firstly, even to the eyes, the Iron Will broadhead screams quality. I have tested many broadheads and there are some that you can hold before testing and just know, “this isn’t going to be very good.” However, the broadheads from Iron Will made me go, “OK. This is top tier for sure.”
You are paying for them to be top tier, so you would expect them to be. But, these broadheads literally fit the bill.
Head Design And Construction
The Iron Will broadhead is made of A2 Tool Steel that has been triple heat-tempered as well as cryogenically tempered to produce incredible hardness.
It has Rockwell hardness of 60 but also has an incredible resistance to impact.
Its Charpy C-Notch score is multiple times higher than a typical stainless steel. So, it has a really good resistance to impact and it has a fairly good resistance to wear which will make a difference on edge retention. The bottom line is that it is top-notch steel.
Another thing I like is that it is a “cut on contact” tip, which aids in penetration. It has two larger blades followed by two smaller bleeder blades. Both the main blades and the bleeders are really thick (0.063 inches). All the blades are replaceable as well, which is nice. It also has a solid steel ferrule.
When you take a look at the tip of the broadhead itself, you’ll notice it has a chisel tip, even though it’s a 2-blade head. The chisel tip provides extra lateral strengthening as the ferrule goes up high towards the tip.
There are a few things about the Iron Will broadhead that are not my favorite. These are observations regarding design.
First of all, with the 2-blade tip and the A2 steel, the benefit is that you are going to get great penetration. But, you’re not going to get the lateral support that you would get with a real chisel tip or a 3-blade tip where all 3 blades come together. It structurally cannot be as supportive. So, while it’s a plus for penetration, it’s a minus on durability and hard impact.
And, then the protruding ferrule… again, there’s a plus to it in that it strengthens the blade going up pretty high. But, it has a little bit of a lip to it, and I can imagine that it could get stuck, not on flesh but maybe on bone, if it splits bone or a hard material.
Additionally, it’s a component head. And again, this is a trade-off. So it’s several pieces. The set screw has no tension on it that would go against the arrow itself and into the ferrule. But, you have multiple pieces.
Now, the plus side of that is that each piece can be stamped, ground and hardened to extremely high specifications with fine-tuned machining. The negative the the multiple pieces is that, in theory, is, it’s just not going to be as strong as a one-piece broadhead, especially a CNC machined head.
Iron Will Flight
In addition to the appearance and construction, I like the flight. I got to shoot these out to a hundred yards and it is extremely forgiving. I’ll put the Iron Will up there with the best heads I’ve ever shot in terms of forgiveness, if not the best.
I can pop balloons with this broadhead at 60, 80, and 100 yards fairly readily, and it groups extremely well.
But, how would the Iron Will perform in penetration, durability and hard-impact testing? I decided to test it against the best-selling 3-blade head on the market: The G5 Montec.
Penetration and Durability | Iron Will vs. G5 Montec
In my first penetration test, shot the Iron Will Outfitters broadhead into about 60 layers of cardboard with a Rinehart target behind it just in case.
Penetration Test #1: Layered Cardboard
First, I tested the G5 Montec broadhead and then the Iron Will.
For the first penetration test, the Iron Will shined. It penetrated a couple of inches further into the cardboard than the Montec.
For that first penetration test, you really can see that the penetration of the Iron Will shined. It went through 7 layers of cardboard, which was about 1-1/4 inch further than the Montec. Afterwards, the Montec’s blades just slid right across my fingernail. They obviously had been dulled. However, the Iron Will still bit into my fingernail. That’s A2 Steel for you.
Penetration Test #2: Compressed Fiberboard
In the second penetration test, I shot both broadheads through three layers of compressed fiberboard.
The Montec has a diameter of 1-1/6 inches as does the Iron Will. But the Iron will also has 0.75 inches in the cross bleeders. The Montec has only three blades. So, the Iron Will has roughly 1.8 inches of cutting cut, versus 1.6 for the G5 Montec.
Even with the larger cut of the Iron Will, it buried about a 1/2 inch further than the G5 Montec.
After this test, the Montec was again already dulled somewhat and would not catch on my fingernail. The Iron Will, even after this second test, shaved my fingernail and was still sticky.
Additionally, the Montec ferrule bent during the test and wobbled during spin, whereas the Iron Will still spun true.
Durability Test #1: 16-Gauge Steel
For the durability test, I shot the Iron Will into a 16 gauge steel plate.
The Iron Will had good penetration into the steel plate, but the top of the ferrule got stuck somewhat and was slightly chipped away. (Other broadheads that I have shot into the steel plate have suffered significant damage).
The tip of the broadhead held pretty firm. There was a little bit of a dent on it, but not as much as was expected. The Iron Will did really well compared to all the other fixed blades I’ve tested on the steel plate. The only one that has tested better is the Bishop Holy Trinity, with its 3-blade design of S7 Tool Steel.
The bleeders got a little thinned out and dinged up, but can be replaced.
Durability Test #2: Cinder Block
For this test, I shot another Iron Will broadhead into a cinder block to see how it performed on hard impact.
The Iron Will penetrated well into the cinder block. The bleeder blades did not make it into the block, so it was a relatively small area, but penetration nonetheless. The head got dinged up and the ferrule was cut, but still spun well post-testing.
Durability Test #3: Steel Flat Bar
For this final test, I shot the Iron Will at a 1/8-inch fixed steel flat bar. I have shot other heads into this flat bar before and the only ones to survive it have been the Bishop Holy Trinity.
The Iron Will made made a nice cut in the bar and actually penetrated the other side. The ferrule we talked about was actually embedded into the steel bar.
The head itself did not fare too well. It also did not penetrate far enough for the bleeders to touch. The blades just disappeared; I’m not sure where they went, but they are somewhere in my backyard. While the Iron Will punched a hole in the steel bar, it didn’t endure it.
The Iron Will was very forgiving, flying very well at long range out to a hundred yards.
In the penetration testing, it out-penetrated the G5 Montec, which has a smaller cut than the Iron Will does. The head also did really well against the 16-gauge steel plate. It did better than all the other fixed plates I’ve tested with the exception of the Bishop Holy Trinity.
And then in terms of a concrete or the cinder block, it did really well, sticking deeply into the block with the two main blades, remaining strong.
The only place that it failed (and you can’t really call it a failure) was when it was shot into the 8-inch steel flat bar, where it just kind of fell apart.
But overall, I have to give this head an A+. I put this broadhead up there towards the very top.