The Toxic has a chiseled tip, which adds to its penetrating ability and toughness upon hard impacts. It also spins very true.
I wasn’t able to find any of the specs on the broadhead itself, the type of steel, and the thickness of the blades, and so forth. Usually, on most broadheads, I can find that information and supply that.
However, in this case I just had to gather information based on the test results themselves to test penetration, durability and penetration, durability, draining ability and flight.
Even though I had heard reports of the Toxic broadhead flying well, I had a hard time believing it. I was eager to find out for myself…
To test the overall penetration and durability, I started by shooting the Toxic into my medium which consisted of the following: a half-inch layer of MDF, surrounded by a third-of-an-inch of rubber foam matting, followed by clear ballistic gel.
I then shot it into a 22-gauge steel plate, with the intention of shooting it up to five times, as the blade will allow before they get seriously damaged. In this test, once serious damage occurs, I stop.
For each shot where they don’t get damaged, I give them 2 points for a maximum of 5 shots; a maximum of 10 points.
As in all my tests, I am shooting the Bowtech SR6, set at 72 pounds and 27-inch draw. I’m using a Bishop Archery FOC King Arrow, 460 grains and FOBs and a nockturnal nock.
Into MDF / Foam Rubber / Ballistic Gel Medium
In the penetration testing, the Toxic went a total of 6-3/4 inches into this medium. It was really cool to see the hole created by the “worm technology.” The wound channel created was incredible.
Into Steel Plate
As for the edge retention, which was what I was testing it for, the Toxic really could only handle one shot. After the shot, the tip of this head looked pristine. I imagine it could have gone through steel a hundred times. It would probably stick in concrete as well.
The blades however, got pretty bent and the edges pretty mangled. I’ve had other heads do much better. I had to call the test complete after just one shot through the steel. So, I’ll give that 2 points.
So, the tip held up great. The edge retention? Not so good.
In the water bag drainage test, I was curious to see how quickly the Toxic would drain the water bag. I used this as a test to get an idea of what the wound channel would be like.
Shooting at distance
You might think, “Wow, the Toxic has over 4 inches of cut. That’s impressive!”
However, you might also assume that with 4 inches of cut, “there’s no way that’s going to fly well.”
But, it actually flew relatively well. I could readily pop balloons at 70 yards.
Some fixed-blade heads have flown better, that’s for sure. But, some have flown worse. So overall, a good flying head.
Toxic Broadhead Recap
So, what do you think of the Toxic broadhead?
I have to be honest. When the Toxic first came out and I read about it, I thought it was 100% gimmick. I didn’t see how it could fly well. I didn’t see how it could hold up or penetrate well.
However, after reading some of the reports and seeing some of the damage on animals, I finally got around to testing it. And I have to say, I was impressed.
The primary reason that I think it has done so well is the total cut size that you have as well as the total amount of tissue being cut (over 4 inches) as it passes through something.
The reason for this is the circumference of each of the blades that sort of curl into a circle if you will, is about 1.3 inches total. So, multiply that x3 and you’ve got over 4 inches of tissue being cut.
Compare that cut to some other heads:
Exodus broadheads: 1.875 total inches of cut
Rag: 2 inches of cut
Slick Trick: 1-inch diameter, and 2 inches of cut
GrizzTrick broadhead, 1.25 inches of diameter and 2.5 inches of cut
In terms of penetration, you would think, “Man, with 4 inches of cut, there’s no way that’s going to penetrate well through MDF and rubber foam mat and ballistic gel.” But it actually did. It didn’t penetrate as well as some broadheads, but for 4 inches of cut, it penetrated pretty well.
But the durability… not so good.
So, all of that means is that the blades are not super durable, and you saw that in the steel plate test, as they got pretty dinged-up and bent just in the 22-gauge steel plate. And, while I have certainly had broadheads do much better, I have not seen another broadhead do this poorly in a 22-gauge steel plate.
The Toxic may be a “one-and-done” broadhead. However, the amount of damage that you are going to get from that one shot could be really significant.
So, how would I feel hunting with this head? I would be a little cautious because I worry about the durability if I’m hitting a hard bone, especially if I hit a bone at an angle.
However, with the amount of cut that you get, the good flight and the way it has performed well even through a hard layer like MDF, I would definitely give it a whirl. If it can cut through that much tissue while it penetrates that much and flies that well, it’s definitely worth a look.
So this is certainly not a gimmick. Give the Toxic broadhead from Flying Arrow Archery a second look.
In this article, I’m covering a re-test of the 125-grain Annihilator Broadhead.
When I originally tested this broadhead, it performed extremely well in terms of penetration, (i.e., draining a water jug) and in terms of the hole that it produced in a layer of MDF.
It also flew really well out to 50 yards. However, beyond 50 yards, there just seemed to be a drastic drop in velocity, causing an incredible drop in the point of impact.
However, after making a video of that test, I was contacted by some friends who had also tested this broadhead at longer ranges, but did not see the drastic results I had seen.
I then visited with the designers of the Annihilator broadheads at the Archery Trade Association (ATA) show. They also said that their tests had not shown the drastic drop. In fact, they had seen really consistent flight, even at longer ranges. So, I told them I would very gladly test it again.
The backstory to my original test of the Annihilator broadhead
The day of the re-test, it was sub-zero temperatures (with the wind chill). When I re-tested the head, I found that the people I had spoken to were exactly right. It flew extremely well, even at longer ranges.
I realized that in my original test, I had made a two-fold mistake.
My two mistakes
Before I tested the Annihilator broadhead the first time, I was talking to a friend about it. He told me that when he shot it at longer ranges, there was a really large drop due to the wind resistance of that big surface area that they have. And so, that was already in my mind.
So, then when I shot it and tested it and there was a big drop, and I thought, “Oh, this just confirms what my friend had said.” I didn’t retest it or question my test results enough. That was my first mistake. I shouldn’t have had that in my mind.
The second mistake that I made in the initial test is that I had made adjustments to my site tapes and I didn’t take that into consideration when I was testing the Annihilator.
So, I felt really badly. I went back and made the adjustments in my site tapes and… Boom! Dead on!
I feel really badly that I made both of those mistakes, and both of those mistakes adversely affected the reputation of Annilator (as well as my own reputation for doing a poor job in testing the broadhead).
I want to give a sincere apology to the makers of Annihilator broadheads, to their loyal fans, and especially to those who I turned off from these broadheads after my initial test, because it actually does fly very well even at longer ranges.
So, that’s why I wanted to do a completely new test. I’ve got new test mediums for 2020 that I’m using anyway. So it’s a good way to do those.
The Annihilator broadhead | The specifics
So, let me explain this broadhead just a little bit for those of you that aren’t familiar with it.
When I first heard about it, I wasn’t that interested in testing it because the cutting diameter is sub-1 inch. It’s 0.91 inches of cut. To me, that’s just so small.
I thought, “Why would I want to test the head that has that small of a cut?”
However, what I wasn’t understanding was the design has a “scoop” feature to it. So, while it has a small cutting diameter, when it presses through a medium like animal tissue, it actually displaces an incredible amount of it. (Note: As of the publishing of this article, I personally have not tested the Annihilator head on an animal).
So, the hole that it creates, and the tissue that’s displaced, is in theory far greater than if it was just 3 crossblades of 0.91 inches. It has an incredible surface area. (That showed in a test that I had done originally. The Annihilator drained a water jug in record time. It also put a big hole through MDF. And so, in the retest, I wanted to show that).
The Annihilator is designed to put a much larger hole than the head size suggests. The small surface area allows it to fly really well, but then displace a lot of tissue. And so, it makes a really nice hole.
Another cool thing about this head is that it’s a solid piece of 4140 tool steel. That is a really high quality of tool steel. So, it’s way more resistant to impact and much tougher than stainless steel, for example. It has a Rockwell hardness of 52, which is a pretty good balance of being soft enough to resharpen and hard enough to keep its edge.
You can just lay it flat on a flat stone or any kind of a flat edge surface and it is very easy to sharpen to a razor-like edge.
In my re-test, I used a half-inch layer of MDF surrounded by 1/3 of an inch of rubber foam mat. Beyond that was a gel block by Clear Ballistics, so you can see what happens to the broadhead once it enters the gel. (I will be doing this for all the broadheads I test this year).
Then, I shot it through a 22-gauge steel plate 5 times. (I like to shoot it through the steel plate until there begins to be significant damage to the blades. So, I basically see how many times it can be shot into the steel plate without facing significant damage. But, I stop at 5 because with some heads, I could keep going forever).
The Re-Test of the Annihilator
So let’s get into the test results and see how it did with long range flight, penetration and water drainage ability.
In the re-test I was able to pop a balloon at 70 yards with this head.
In terms of penetration through the MDF and gel, the Annihilator did very well. It did not do as well as some other broadheads I’ve tested, but it still had good penetration and made a nice hole in that MDF, as well as the gel.
Below, you can see the penetration of the Annihilator after going through the MDF and the rubber foam mats and into the gel. It penetrated 8-1/4 inches.
Below is a steel plate after I shot it 5 times with the same head. You can see the Annihilator really does make nice holes. Thus, it should displace a tremendous amount of tissue.
In terms of the durability of the edge (edge retention), the Annihilator is pristine. There is not a mark on it. It doesn’t quite shave hair, but it still bit into my fingernail… very impressive.
So, it’s durable as they come. It went through 5 layers of steel back-to-back-to-back with zero damage. That’s what that 4140 tool steel is going to do. It kept its edge really, really well.
Water drainage test
The water drainage test was just other otherworldly. I don’t know any other word to describe it. It drained the bag in .40 seconds!
The reason I used the water bag drainage test instead of a water jug drainage test is that I felt that in a water jug, because the plastic is pretty stiff, sometimes the plastic folds in, sometimes it comes out, sometimes it stays in place. And so, the results are very inconsistent. Even with one head, I get different results.
But with water bag drainage test, and I fill it up 10 cups the same amount that the line is the same in all the tests that I do, try to shoot it in the same spot every time. It’s much more consistent and much more like an animal because the bag is a little more nimble, like the tissue or the hide of an animal. And so, what you see is kind of what you’re going to get in terms of the drainage.
The Annihilator goes into the bag and displaced so much water so readily, it actually created a back-pressure to the water. When I looked at it in super slow motion, I could it make the hole and suck the water right out of the bag. It was just amazing to see that. It’s an indication of what may happen with blood-letting and tissue damage within an animal as well. I can’t wait to test it on an animal at some point in the future.
I’m really grateful that I was encouraged to retest the Annihilator, because I knew it was a great head before. It tested really well in all categories except long distance.
However, now knowing after the re-test that it actually flies extremely well, even at long distances, it has gone from a very good head to a phenomenal head.
So, now I have confidence in this head at longer ranges. It gets a 10 out of 10 in terms of accuracy at long range.
The Annihilator did excellent in all of the test categories. This is a winner of a head and it’s something to really consider for pretty much any animal you are going after. Give the Annihilator a look. Great job, Annihilator!
Have you ever wanted to learn how to make your very own European mount of your recent big game harvest But weren’t sure where to start? We’ll show you how easy it is!
The European Mount | A Great DIY Opportunity
On a recent bow hunt trip to South Georgia, my partners and I had identified a wide 6-point with spindly antlers and very small brow tines, as a buck that we felt like would be a good one to go ahead and harvest if given the opportunity.
Well, that opportunity presented itself the very next morning, as I was able to able to take this buck with my bow at about 12 yards, which is always fun and always a blessing.
However, this management buck was not one I was going to take to the the taxidermist.
So, we felt like this would be a great opportunity to show those of you at home how to do your very own European mount.
The “euro mount” process is not near as difficult as it might seem. You can do the entire process as home for as little as $10.
In the below video, N1 Outdoors® co-founder, Josh Wells, teaches you the Euro mount process, step-by-step. Be sure you watch to the end of the video where Josh teaches you how to prep the head and the skull for this process that he shows you. We hope you learn something. Enjoy!
Supplies You’ll Need To Make A European Mount
We’ve got a few essential materials that you will need to do European mount. I will go through those with you in just a second.
I want you to know that I’m not a taxidermist. I’m not a professional doing this. But, I have done it several times and over the years and through trial and error, have figured out some of the best practices in doing a Euro mount.
A few supplies that you are going to need to the European mount are obviously, a knife to skin the head from the skull, a good set of forceps, a screw driver.
You will also need two quarts of hydrogen peroxide and some liquid dish soap. You’ll also need some dark wood stain, masking tape, clear shrink wrap, and a pitcher or a big cup to add water to the pot as it’s boiling.
Knife for skinning
2 Quarts Hydrogen Peroxide
Liquid Dish Soap
Dark Wood Stain
Clear Shrink Wrap
How To Make A Euro Mount Step-By-Step
Time needed: 5 hours.
How to do your own European mount…
Remove the skin of the deer head
Using your knife, remove the skin from the deer head and remove the lower jaw.
Boil the skull
Add 1/4 cup of liquid dish soap to the water in the pot you will boil the skull in. On a very slow boil, simmer the skull for 4 hours.
After you remove the skull from the water, use your knife and forceps to remove eyes, tissue and tendons from the skull. Use the screwdriver to remove the ear buds so you can access the brain cavity. Remove the sinus tissue with the forceps. Use a water hose to spray in the brain cavity to remove the brain tissue.
Add 2 quarts of hydrogen peroxide to your boiling water.
Use shrink wrap to wrap around the bases of the antlers to protect them from being bleached. Secure the plastic wrap with masking tape.
Boil skull again for 30 minutes
Put the skull back in the water containing the peroxide for another 30 minutes.
Remove shrink wrap and touch up as needed
Remove the deer skull from the boiling water and touch up the bases of the antlers with the dark wood stain if there has been any bleaching.
This whole process will take about 5 hours. You will boil the skull on a very low boil for 4 hours. Then, you’ll need to budget about 30 minutes or an hour for cleanup and for bleaching the skull (bleaching will take about 30 minutes.)
The key to the process is the 4 hour boiling time. If you do it for 3 hours, it’s not going to come off as good. Slow simmer for 4 hours works best. If you boil it too hard, it’s going to weaken the bone and you’re going to break some bones. So, be sure it’s a slow simmer. Don’ try to do it too fast.
Remove Meat and Tendons
After 4 hours of boiling the skull in the liquid dish soap, the meat around the skull will be very tender. You just work your knife in and remove the meat and the tendons as best as you can. Much of the meat will just fall away during this process.
You don’t want to get too aggressive with it because you can pop a bone loose.
The most aggravating part is around the eye sockets because all the eye sockets connect to the inside of the skull in the brain (we’ll cover how we are going to get the brains out shortly) and it makes them a little bit harder to get to.
Remove The Ear Buds
All After you’ve gotten all the meat scraped off, it’s now time to pop the ear buds out. This is how we get the brains out.
Take your screwdriver and work it around in the ear buds and pop them out.
Remove Sinus Tissue
Now use the forceps to remove all the sinus tissue.
You need to get everything out of the sinus cavity because anything that you leave, will cause the bone to turn yellow. It may take two or three years for it to happen, but I’ve had it happen.
Be gentle while the skull is hot, because if you are too rough while removing the tissue, you could break the bone.
And, if you do break the bone, don’t worry. Sometimes the bones at the bottom of the nose will come loose if these tendons get cooked too long. If they do, you can put them back with super glue. So, don’t worry if they come off. You can super glue them back.
Get as much of the sinus tissue as you can from the front side and then you can get the rest under the brain cavity.
Remove The Brain
Once you get the ear buds popped out and you get the sinus cleaned out, you’re going to need a water hose to rinse out the brain tissue.
Some people will use a pressure washer for this step. I don’t like using a pressure washer because if you’re not careful, you can damage the bone.
Put the water hose into the hole where the brain is located and flush out the brain matter. Anything left over will break loose once we boil the skull for the second time in the peroxide.
Prep Antlers And Boil Skull In Peroxide
Once you are finished rinsing the brain matter out of the brain cavity, it’s time to boil the skull for a second time in order to bleach the bone white.
Add two quarts of hydrogen peroxide to the existing pot of water.
Wrap the base of each antler tightly with shrink wrap and secure it with masking tape. There’s not really any particular way that you need to do this other than to just get them wrapped from the base up to the bottom of the brow tine.
Once the skull is placed into the boiling water, the plastic wrap will shrink tightly to the antlers and keep out the majority of the water. Some water may find its way through and that’s why we have the dark stain.
We can come back and if some of these darker parts around the base get bleached a little bit, we just use a q-tip to re-color it and you’ll never know the difference.
Once the antlers have been adequately wrapped, place the skull back into the boiling water and peroxide for 30 minutes.
The Finishing Touches
After the 30-minute boil in the peroxide and water, remove the skull and take the plastic wrap off.
The plastic wrap will seem sticky and gummy, sticking tightly to the antlers. And, that’s what you wanted to do because that keeps the peroxide off of the antlers and prevents it from bleaching.
If there has been any unwanted bleaching on the base of the antlers, use a very small amount of the dark wood stain and apply to those areas with a q-tip. You can repeat as many times as you like to get the desired darkness.
But, how do you get the skin off the skull initially?
I wanted to go back and cover the preparation process of the skull before you even start to boil it.
Obviously, you have to cut the deer’s head off. And preferably, you would want to cut it at the last vertebra that connects to the back of the skull. (Normally what happens because the deer’s neck and ears compressed on the spine, is that most people naturally cut about one vertebra back, so you have to two things to cut off before you can start boiling the skull.)
The place you want to be careful about is this lobe on the back of the skull where the brains are. Be careful not to cut into that lobe. Just use it as a guiding point as you cut. Once you cut around it, you will be able to remove the last vertebra.
But while the deer head is lying on the ground, get your knife between the teeth and just cut back toward the back of the head. There’s going to be meat back there, so you want to cut that on both sides, so that you can open the deer’s mouth.
Once you’ve cut, pull the jaw all the way back until the bones that joined up under the brain cavity are loosened. Then then you can remove the meat from around those bones and pop that bottom jaw off.
Now, you are ready to start boiling!
We hope you’ve enjoyed this instructional article and video on how to do your very own European mount. We hope you have a great deer hunting season, and remember… where moments happen, we’ll meet you there!