Annihilator Katana Broadheads Review [Destroying The Competition!]

I don’t know if you’re familiar with Annihilator broadheads, but they’ve come out with some really crazy new technology that has worked very well on the 3-blade broadheads that they’ve made.

And, you can check out the tests on other Annihilator heads that I’ve done. They have a few different models and now, I’ve got another one… the Katana!

I was talking to the Annihilator crew at the 2025 Archery Trade Association show in Indianapolis. During that conversation, I saw this brand new head that they were working with and hoping they have ready by Spring 2025.

And they did!

For all the testing, I used my Elite Bows. And then for the flight testing, I used a Killer Instinct Crossbow because I can just put it on a tripod and really get it steady and there is so much less human error involved in the accuracy. The only difference flight to flight is the broadhead that’s screwed on to the tip of the bolt. Then, for all the arrows and bolts, I’m using Bishop Archery products.

First things first… I love the name “Katana.” It refers to a Japanese sword.

I’ve got a couple Katanas from Japan actually, as I worked in the Ministry over in Asia for a number of years, and had some friends in Tokyo.

But this Katana is a broadhead. And man, this is one wicked cool broadhead!

So, I was really eager to introduce it to you, go through some of the design features and specifications, and then put it to the test. Let’s see how it fared (buckle up!)

The Annihilator Katana Broadheads Up Close

Katana broadheaad up close

So, here’s a good look at the Katana. And man, this broadhead is loaded with innovation! You may think, “Okay, just another 2-blade broadhead.” It has a 2-blade base, but there is just so much more going on!

First of all, let’s start with the materials. Beginning in 2025, Annihilator began using a brand new, proprietary steel in all their heads.

Annihilator has compared their steel that’s used here in the Katana to D2 to S30V to A2 and to S7 tool steels. They showed that in every category that they quantified, (toughness, edge retention, durability, sharpness, and ease of sharpening), that it either equaled or exceeded all those other steels. So, in their mind, it’s way better than any other steel that has ever been used in a broadhead application. Pretty bold claim there. Below, we’ll see how it performed in the tests.

Katana black coating

The Katana has a tough, black coating.

The Katana broadhead is coated with a black nitride coating. It’s different than black oxide. It’s much better, apparently, at corrosion resistance compared to other broadheads.

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Katana Dimensions and Cut Size

In terms of the dimensions, the 100-grain model has a 1-inch cut. (It also comes in 125 grain model and a 200 grain model). In the 100 grain model, the overall length is 0.76″. In the 125 grain model, it has the same base but it’s a little bit longer. And then the 200 grain model, it has got a 1.25″ base and it’s a little bit longer. It’s a beast!

Katana broadhead width

The Katana has a 1″ width cut…

Katana 100 grain length

and an overall length of .76 inches.

Katana side view

All sizes are solid (no venting). But , it has 6 blades to it, which is really interesting. It has these single bevel blades on the outside there (I believe they are a 40-degree angle, but I’m not exactly sure.)

And then, instead of just having a thick ferrule to open up a hole for the arrow shaft to go through, they put in two more single bevel blades on each side. And, in doing that, they created more cutting surfaces and reduced the friction that comes with a material pressing against the flat surface of a broadhead. So, it just creates more cutting areas to cut more tissue.

And then, these are single bevel sharpened as well, but not in the same direction. They kind of just angle towards each other.

Katana broadhead scoops

Another unique feature of the Katana is the three “scoops” per side that are created by the extra blades.

These blades create three “scoops.” And, then the same thing on the other side. These are the scoops that the Annihilator became known for, and they call it their cavitation technology that not only aids in flight, like the dimples of a golf ball as it rotates, but, it also creates a pressure inside the cavity of an animal, a forward pressure and a pressure behind it that creates huge tissue displacement. That’s their claim, and they’ve got some incredible photos to show it.

Katana hole size

I saw this one photo that was sent to me of a deer, and you can see the size of the hole that it put there in the deer. That’s an 8-inch knife next to it, compared to this 1 inch cut broadhead. But apparently, they just open up a really big hole. I suppose it depends on what angle you hit it at, but it has the potential to open up a really big hole.

And then in terms of thickness, the blades are really interesting. I took some pictures to try to highlight it. In the front, the blade is 0.060″ thick.. And then towards the rear, it gets more narrow. And, that just adds more weight forward and more durability forward for that hard impact and then they saved some weight as they go back and it gets a little bit thinner there in the back.

Katana broadhead blade thickness profile

This gives you an idea of the blade thickness of the Katana 100 grain.

So man, just so much going on! A total cut of 1.74″ given these 6 cutting edges, one inch one way, and two that are 0.37″ the other way.

Katana broadhead dimples

The blades not only open up a bigger hole to allow the arrow to glide through it to reduce the surface friction, but they also provide lateral support to this 2-blade broadhead, not unlike a ferrule that goes all the way to the tip. And, you notice they go all the way to the broadhead tip and almost create a little dimple.

Now, in terms of resharpening, these little back blades, you just resharpen with a small file and just do your best. They’re single bevel, so they shouldn’t be that hard. It’s not that crucial for them to be razor sharp. But there’s a new Stay Sharp Guide sharpener called The Answer that would work really well on this. It works really well on a lot of different broadheads, but it would do a great job sharpening these edges.

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Katana Broadhead Testing

This head looked so innovative and interesting, that I was curious to see if it was just a bunch of gimmicks, or if Annihilator was really on to something special…

Flight Test  

I shot one 1 field point and then one broadhead @30 yds with a Killer Instinct SWAT X1 Crossbow 675 gr Bishop Bolt, at 300 fps

Katana broadhead flight test

The Katana crushed the bullseye!

Edge Test 1 Initial Sharpness Test

It took 146 grams of force to cut through the polymer wire, which is a 10 on a 10-point scale plus a bonus for being under the threshold of 200.

Penetration Test 1

I shot the Katana broadhead into Clear Ballistics FBI Gel, fronted by a 2/3″ Rubber Foam Mat and 1/2″ MDF. 

Katana mdf and ballistic gel penetration

It penetrated 9″ which is a 10 on a 10-point scale.

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Edge Test 2, Edge Retention Test (Sharpness after Penetration Test 1)

It only took an additional 10 grams of force to cut through the wire, which is a 9.8 on a 10-point scale. And it also got an extra bonus for both the sharpness and the edge retention being under the threshold of 200.

Penetration Test 2 (Layered Cardboard)

katana cardboard penetration test

The Katana penetrated through 73 layers, which is a 10 on a 10-point scale plus a bonus for being over the threshold of 70. And, it’s the first broadhead ever to penetrate through more than 70 layers! And, on top of that, it’s the first broadhead ever to reach the maximum of 9″ of penetration and 70 layers of penetration in both of the two penetration tests. So it gets an extra bonus for that!

Rotation (Clear Ballistics FBI Gel)

Katana broadhead rotation in gel

The Katana rotated a whoping 88 degrees at 12″. Man, that is an impressive wound channel right there!

Durability Test (3 shots into 1/2″ MDF)

Katana broadhead after 3 shots through MDF

The head is in pristine condition after the 3 shots through the MDF.  

Durability Test 2 (2 shots 22 ga Steel Plate)

Katana broadhead steel plate test

Here is the Katana after the two shots into the steel plate, and the broadhead is just in perfect condition. There are only minor cosmetic scratches on the blades, not to the edge themselves. And then, you can see the holes… man, really nice oval holes. You can even see some of the slits created by those two bleeders on each side to make them extra wide in that way. That’s really cool.

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Durability Test 3 (1 Shot Cinder Block)

Katana broadhead shot at cinder block

So here’s the Katana after all the durability testing. Of course, it did perfectly well on the MDF and also on the steel plate. You couldn’t even tell it was shot! And then into the cinder block, man, it put the smack down on that cinder block! I’ve seen cinder blocks break before, but usually there’s a big crack and it’s kind of obvious it’s going to happen. This one, I was surprised because I aimed more down low so the top wouldn’t break off, but really impressive and yet still, it’s just in perfect shape, spins perfectly well, edges are in really good shape, and can be used again. It had perfect durability through all these tests.

The Katana… A Record Score!

So what do you think about the Annihilator Katana broadhead?

I had a feeling it was going to do really well. I thought since it had a low profile, it was probably going to fly really well. I also thought that because it had a lot of of cutting surface compact, it would probably be durable and penetrate well. But, I had no idea it was going to do as well as it did!

Early in 2025, I came out with some new bonuses to help separate the really special broadheads from the pact. One of them is if the sharpness and the edge retention tests are both 200 grams of force or under then they get a 2-point bonus, because it’s very rare to have it happen.

Another bonus is if it reaches the maximum penetration of 70 layers of cardboard and 10″ in the gel, MDF, and rubber foam mat tests, it gets a 2-point bonus. That has never happened before now.

Additionally, if it gets a perfect score in durability through the MDF, the steel plate, then the concrete, there’s no deduction. It gets a perfect score and then it gets an extra 2-points. It happens every once in a while and it did with the Katana.

I did not expect one broadhead to get bonuses in all those areas. But, the Katana did. It got the bonus for the sharpness and edge retention. It got the bonus for the penetration, the best penetrating broadhead way through the layers of cardboard and through the gel and MDF and rubber foam mat combo. And it came out looking brand new! I cleaned it off and it looks brand new… incredible!

Lusk grade on Katana Broadhead 100 grain

The scorecard for the Katana was… a new record!

So the Katana literally broke the mold. It scored over 100 points. But, even if you remove the 6 points of extra bonus that it got, it still got the highest score of any fixed blade head that I’ve tested by far.

So, let me tell you, this is a really impressive head.

The only knock that I would give on it is I wish it has a little bit wider cutting diameter to make a little bit wider hole. However, I think it more than makes up for that with all the cutting edges with the vacuum. I’m interested in testing the vacuum that it creates. The internal damage, the rotation, and the incredible rotation; I wasn’t expecting all that.

If you’re looking for something to penetrate deeply, or maybe you have a light setup or are hunting a big animal or even you just want to cause massive internal destruction and use a really low profile broadhead, man, this is one really worth considering.

So, what more can I say? What a fantastic broadhead!

John Lusk archery goat
John Lusk of Lusk Archery Adventures

 

Thermal Drones for Hunting: What You Need to Know Before You Fly

Thermal drones for hunting have been gaining traction lately—and it’s easy to see why.

With how far drone tech and thermal imaging have come, hunters in some states now have access to a tool that can seriously shift how they scout, recover, and, sometimes, even hunt game.

While some see this as a groundbreaking step forward, others argue it walks a fine ethical line.

In Arizona, where I hunt, using a thermal drone for hunting is not allowed. Yet, I think about how helpful it would be every season—especially when recovering a wounded animal.

I’ll share some thoughts on the topic based on my experience, explore current regulations, ethical considerations, and why hunters across the country would consider using a thermal drone for hunting.

Let’s break it down.

hunting drone in the woods

Drones have increased in popularity with some hunters… here’s why…

Why Hunters Are Using Thermal Drones

  • Game Recovery: A thermal drone for hunting is often used after the shot to locate a wounded animal. This tech can detect heat signatures even in thick cover or at night.
  • Scouting: Some hunters use drones to identify bedding areas, find possible trails, or view groups of animals from above.
  • Predator Control: In certain states, a thermal drone for hunting is allowed for invasive species or predators like coyotes and even hogs.

In my case, I could’ve used one during an August archery hunt. I took a close-range shot on an archery buck—up in a tree at just 15 yards.

The shot hit high and right, and I knew right then that finding this deer would be tough. I spent hours tracking with no luck. Had a thermal drone for hunting been legal in Arizona, that recovery might have gone very differently.

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Real-World Advantages of Thermal Drones

  • Heat Signatures: Much like their use in law enforcement (think helicopter chases with FLIR cameras), drones with thermal imaging can pick up a heat signature through thick brush or even under snow.
  • Quick Recovery: For ethical hunters, fast recovery of an animal increases the chances of salvaging the meat.
  • Low-Light Visibility: Drones help overcome low-light challenges at dawn, dusk, or during overcast days.

I remember a police chase video where a suspect hid under a child’s plastic pool. Officers on the ground didn’t see him, but thermal mounted on a helicopter picked him up instantly. The same principle applies to game recovery.

Legal Considerations: Where Are Thermal Drones Legal?

hunting drone flying over countryside

You must do your due diligence and research state and local regulations before considering buying a drone for hunting. Understanding local laws is critical, as a thermal drone for hunting might be legal in one state and banned in another.

Common State-Level Restrictions:

  • Arizona: Arizona Game and Fish does not allow the use of drones (thermal or not) to hunt or recover an animal.
  • Colorado & Alaska: Similarly, drones are not permitted for hunting to preserve fair chase ethics.
  • Texas: Allows drone use for certain invasive species but requires a permit.

Always check with your local game and fish department regarding the use of drones. Regulations can shift, especially with rapid tech innovation.

To learn more about regulations, the U.S. Fish & Wildlife Service offers helpful resources on federal-level hunting laws. At the same time, the Arizona Game and Fish Department provides detailed guidelines for residents like me.

Ethical Concerns: Do Drones Undermine the Hunt?

Many hunters argue that using a thermal drone for hunting crosses an ethical line.

  • Fair Chase: Traditionalists believe hunting should remain a ground-level sport that involves tracking, scouting, and skill.
  • Overreliance on Tech: The concern is that as gear becomes more advanced, the skill element of hunting gets diluted.
  • Slippery Slope: Just as trail cameras became heavily used (and ultimately banned in Arizona), drones may follow a similar pattern.

I’ll be honest—when Arizona banned trail cameras, I wasn’t too upset. On one trip, we hiked deep into a canyon to find a water hole we thought was too remote for others. We found five trail cameras already set up. It felt like a technological arms race, not a hunt.

When Would I Use a Thermal Drone?

I wouldn’t use a thermal drone for hunting during the actual pursuit of an animal. I prefer to keep things challenging and traditional—spot and stalk, tracking signs, and glassing—because that’s what I love most about hunting. However, I might consider one strictly for recovery if it were legal.

I’d also consider using a thermal drone in a survival situation. It could help locate animals and water sources or enhance home security on large rural properties. But, for now, I’m content doing things the traditional way.

What I Would Look for in a Thermal Drone

Key features if you’re considering purchasing a thermal drone for hunting and only after checking your local regulations:

  • High Thermal Resolution: Better target identification.
  • Flight Time: 30 minutes or more is ideal – with a spare battery pack and mobile charger.
  • Range: Look for at least 1.5 to 2 miles.
  • Durability: Weatherproof and field-ready.
  • Ease of Use: Simple interface and reliability in the field.

Companies like DJI Enterprise and Autel Robotics are leading the way in drone and thermal imaging technologies.

Hunting With Drones: Is the Future Already Here?

The topic of using a thermal drone for hunting is controversial and evolving.

While I don’t currently use one due to legal restrictions in Arizona, I understand why others do.

These tools can be a massive advantage for ethical recovery and wildlife management. However, they must be used responsibly and within the boundaries of the law.

What are your thoughts on thermal drones for hunting?

tom guzman author

Tom Guzman is the founder of Trophy Pursuit ( https://trophypursuit.net/ ), a blog focused on hunting, backcountry preparedness, and outdoor gear. With a background as a Marketing Director and expertise in SEO, he combines field experience with digital strategy to deliver practical, well-researched content for hunters and outdoor enthusiasts.

 

Quiver-Worthy? | Muzzy Trocar Ti 100 Broadheads Review

You can’t have too many broadhead tests. So, I’ve got another broadhead that I tested that I want to share with you… it’s a classic head with a twist. It’s the Muzzy Trocar TI 100 grain.

For all the performance testing of the Muzzy Trocar TI 100, I used my Elite Era compound bow. But, for the accuracy testing, I’m using this Killer Instinct SWAT X1 Crossbow, because it eliminates so much human error.

The Muzzy Trocar Ti 100 Grain Broadhead Up Close

muzzy trocar ti 100 profile view

Here’s a good look at this head. It’s just a nice, proven design. It has a lot of cool features. I’ll start with the materials.

muzzy trocar ti 100 ferrule

It’s got a titanium ferrule, which is lighter than most steel and allows for putting weight into some other parts, even though this is just a 100-grain head.

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muzzy trocar ti chisel tip

It also has a nice chiseled tip, which I really like.

Muzzy trocar ti threaded retention collar

And it has a type of threaded retention collar, if you will (I believe it’s aluminum).

muzzy trocar ti blade thickness

The blades are, of course, stainless steel and a stout 0.0408″ thick, so relatively thick blades there. The cutting diameter is 1.25″, even in this 100-grain model. So, the total cut is 1.875″.

Muzzy Trocar Ti offset blades

Another cool thing about this head is that the blades are offset, meaning they don’t all just point toward the center of the ferrule. They’re a little offset. What that does is that it creates a really nice rotation, both in flight, as well as within a medium or animal, to make an even more wicked wound channel.

Another neat thing is that you have a choice of whether you want the blades to rotate left or right by changing the offset. Now, you want to make sure, just like with a single bevel head, (though this is a double bevel head), that the blade offset matches your fletching. So, for example, if you have a right helical or right offset fletching, then you’d want to be sure you put the blades in the right rotation position. And, vice-versa if you have a left helical or left offset fletching.

For resharpening, I would use the Stay Sharp Guide Replaceable Blade Kit. That works really well with broadheads like this.

I was really eager to put this head to the test and see how it performed. So, let’s see how it fared in the various tests…

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Flight Forgiveness Test  

For the flight forgiveness test, I shot one field point and then one broadhead, at 30 yards, out of a Killer Instinct SWAT X1 Crossbow, with a 675 grain Bishop Bolt, at 300 feet per second.

Muzzy Trocar Ti flight test

The Trocar got the 9-ring.

Edge Test #1: Initial Sharpness Test

In this test, I checked how many grams of force it took to to cut copolymer wire.

Muzzy Trocar Ti initial sharpness test

It took 132 grams of force to cut through the wire, which is a 10 on a 10-point scale, plus a bonus for going under the threshold of 200.

Penetration Test #1: Ballistic Gel and MDF

In this first penetration test, I , shot the head into ballistic gel, fronted by 2/3″ Rubber Foam Mat and 1/2″ 1/2″ MDF.

Muzzy Trocar Ballistic gel mdf test 1

It penetrated 8-1/2″.

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Edge Test #2: Edge Retention

In this test, I checked the sharpness of the blades after penetration test #1.

Muzzy Trocar Ti sharpness test 2

It took an additional 57 grams of force to cut through the wire, which is an 8.86 on a 10-point scale.

Penetration Test #2: Layered Cardboard

Muzzy Trocar Ti cardboard penetration test

It penetrated through 56 layers, which is an 8 on a 10-point scale.

Durability Test #1: 3 shots Into 1/2″ MDF

Muzzy Trocar Ti after mdf test

The head is in perfect shape after the 3 shots through the MDF.  

Durability Test #2: Two Shots Into 22 Gauge Steel Plate

Muzzy Trocar steel plate test

And here is the Muzzy Trocar Ti after just one shot through the steel plate. I didn’t shoot it a second time, because on the very first shot, all the blades came out. And, if you look closely at the base of the ferrule, you can see where the blades have made a little divot back into that retention collar that I feared was a weak point. And, indeed it was, because it backed up just enough to then fall out of the little locking mechanism at the top. So, that’s unfortunate. Now, it did make a nice hole, that you can see here. You can also see that rotation from the offset blades. But, it just lacked the durability to stay together.

Retention Test: Clear Ballistics FBI Gel

muzzy trocar ti ballistic gel penetration

It rotated 90 degrees at 12″. Really good rotation.

Durability Test #3: One Shot At Cinder Block

Muzzy trocar ti after cinder block test

Here is the head after all the durability testing. You saw that the blades all fell out in a steel plate, because this retention collar is just so soft. The blades backed in and cut into it, and then there was nothing to hold them in place. But, I went ahead and shot it into the cinder block like this, and you can see that the ferrule held up well.

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Final Thoughts On Muzzy Trocar Ti Broadhead

So what do you think about the Muzzy Trocar Ti in 100 grains?

Man, there’s a lot of great strengths to this broadhead. It performed well in a lot of different areas, including cut size, blades, and the ability to change the rotation of the blades. Additionally, I love that rotation of the offset blades, the ferrule, and chiseled tip.

But man, I’m concerned about that retention system. When all the blades came out, that was a shocker to me.

Muzzy Trocar Ti Lusk Score

Maybe I got a bad batch or something, but that’s just something to keep in mind before you use them. I know shooting them in the steel plate, that’s a pretty big shock, but still, most fixed blade heads breeze through that like butter.

I hope you enjoyed this review. Be sure to check out all the other broadhead reviews.  

John Lusk archery goat
John Lusk of Lusk Archery Adventures