NAP Spitfire broadhead review test

NAP Spitfire Broadheads Review | In-Depth Testing

In this review, I test a classic mechanical broadhead… the NAP Spitfire 125 grain.

I’ve used the Spitfire in the field a number of times and have taken a lot of animals with it.

The NAP Spitfire | A Closer Look

So let’s zoom on in here and go through some of the design features and specifications…

NAP spitfire broadhead profile closed position

Here’s a good look at the NAP Spitfire mechanical broadhead. This is just a classic front-deploying mechanical broadhead.

Spitfire broadhead micro grooves

It has an aluminum ferrule and it has these micro grooves in it, which are designed to give it greater stability in flight. Like a golf ball, as it rotates, it carries the air around with it and NAP claims that this keeps it from planing as much.

It has a hardened steel tip and the blades open up to a cutting diameter 1-½”.

So, you have three blades, and a 1-1/2″ cut, which is a nice size cut overall.

You can see that the blades are quite swept back too, which aids in penetration. By my measurements, the blades are 0.030″ thick, and they stay closed by a spring clip system. So, they’re quite secure in flight. It takes a bit of force to open them, but they’re kind of angled back to help them open on impact a little bit better. But, they are very secure in flight.

NAP spitfire offset blades

Now, there are also offset blades in a closed position. That’s going to aid a bit in flight, because it creates a bit more rotation and it’s going to help them be a little bit more forgiving.

And then, as the blades open and penetrate, they will also create a nice wound channel and it may even cause some rotation within the medium due to those offset blades.



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NAP Spitfire Testing

I was really eager to put these heads to the test and see how they perform. 

For these tests, I used my Bowtech CP28 set at 72 pounds. I’m using Bishop FOC King Arrows for most of the shots. For the really hard impact shots, I’ll be using the Bishop FAD Eliminator.

Flight Forgiveness (1 Field Point And 1 Broadhead At 30 Yards)

Spitfire broadheads flight test

As you can tell, the field point and the broadhead were right on top of each other. Great flight!

Initial Sharpness (Out-Of-The-Box)

Spitfire initial sharpness test

The blade sharpness out-of-the-box was 200 (the lower number, the better).




Penetration Test 1 (2/3″ Rubber Mat, 1/2″ MDF, FBI Ballistic Gel)  

Spitfire ballistic gel and mdf test

The Spitfire penetrated 5 ¾”. And here’s the entrance hole. I want to show.

Spitfire entrance hole

The blades didn’t open on impact into the MDF. The entrance cut was the size of the blades in the closed position.




Edge Retention Test (Sharpness After Penetration Test 1)

Spitfire post testing sharpness

After the first penetration test, the blades registered at 300 in the sharpness test.



Penetration Test 2 (Layered Cardboard):

Spitfire cardboard penetration test

The Spitfire penetrated through 48 layers of cardboard.

Angled Shot Test (1/4″ MDF/Carpet):

Spitfire angled mdf penetration test

I shot the Spitfire into angled MDF fronted by carpet.




Durability Test (1/2″ MDF Max 3 shots):

Here’s the head after 3 shots through the MDF and it held together really well. The only damage is that one of the blades bent a bit. You can see that it kind of curved to the side, but it was just that one blade that bent.

Spitfire after MDF tests

Here’s the head after 3 shots through the MDF, and it did fairly well.



Durability (22ga steel plate max 2 shots):

Spitfire after steel plate test

But, then on the first shot into the steel plate, it broke 2 of the blades. They just got sheared and twisted off. One remained in place. There was one piece that I could find. It bounced off a few walls and I could hear it. It kind of bounced around the room. I’m glad it didn’t hit me!



The Spitfire will not be going to go on to the concrete block round (where I shoot the head into a concrete block), because it only made it through one shot in the steel plate instead of two. And, with that kind of breakage, I just don’t want to risk anymore damage to myself in shooting it into the concrete.

Additionally, broadheads have to earn the right to make it into the concrete by staying intact through the steel plate as well as the MDF. But overall, again, it did well through the MDF.

Spitfire stuck in steel plate

Here’s the steel plate and you can see that one of the blades is stuck in the steel plate. The other one you can see just broke off and flew throughout the room somewhere. And then the other one did cut through the steel plate.



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Final Thoughts On NAP Spitfire Broadheads

So what do you think of the Spitfire? Hey, you know, this head has been around for a long time and it certainly has some really good strengths to it.

I love the offset blades and I love the way they are pretty sharp out of the package. And, I love the way it flies.



But, there are also some weaknesses to it.

I’m not a big fan of front-deploying broadheads because I want to get at least one big hole. If I don’t get a pass through, I at least want that first hole to be a good one. And, rear-deploying head typically tip the odds in my favor of getting that big hole, if I’m just going to get one.

Check out the scorecard below and see if the Spitfire might be a good fit for you.

NAP Spitfire broadheads Lusk Grade


bolt cutter broadhead review header image

Excalibur Bolt Cutter Broadheads Review | The Inside Information

In this broadheads review, I tested the Excalibur Bolt Cutter. It’s a broadhead that’s marketed for Excalibur crossbows, (originally made by Innerloc) but can also be used for vertical bows.

Bolt Cutter Broadheads Up Close

So, let’s check out some of the design features and specifications of the Bolt Cutter broadheads.

bolt cutter profile view

Here’s a good look at the Bolt Cutter close up. Now, the Bolt Cutter heads are designed for maximum flight and penetration and specifically marketed for crossbows, but can also be be used for vertical bows.

The Bolt Cutters are originally made by Innerloc and have a stainless steel tip.

bolt cutter stainless and aluminum parts

The blades are stainless steel. The ferrule is aluminum and the blades have a cutting diameter of one and one-sixteenth inches. So a little bit smaller than most three-blade heads on the market.

bolt cutter thin blades

The blades are also pretty thin. By my measurements, they’re 0.024 inches thick. So, these are some of the thinnest blades that I’ve ever tested, honestly. I’m interested to see how they perform.

They have a really good locking system for the blades.

The head unscrews and then you slide the blades out. So, it’s a really secure way of retaining the blades.

bolt cutter broadheads flared back of blade

They have a cool flare to the back like that as well. So, I was eager to put these heads to the test and see how they perform.

For the following tests, I used my Bowtech SR6, set at 72 pounds, 27-inch draw. I used Bishop FOC King arrows for most of the shots and then for the really hard impact ones, I used the Bishop Fad Eliminators.




Flight Forgiveness Test

bolt cutter flight test

I shot a field point, and then two broadheads (at 40 yards) to compare the flight of the Bolt Cutter heads.



Pre-Testing Sharpness

bolt cutter broadheads initial sharpness test

I tested the out-of-the box sharpness (the lower the number, the sharper the broadhead.)



Ballistic Gel And MDF Test

I shot the Bolt Cutter head into ballistic get that was fronted by foam padding and 1/2″ MDF.

bolt cutter broadheads ballistic gel test

It penetrated eight and three-quarter inches.

Post-Penetration Test Sharpness

bolt cutter post-testing sharpness test

After the first penetration test, I checked the sharpness again… 350.




Layered Cardboard Penetration Test

bolt cutter cardboard test

The Bolt Cutter penetrated through 67 layers of layered cardboard.

MDF Test

bolt cutter post mdf test

The head was in perfect condition after shooting it 3 times into 1/2″ MDF.





Steel Plate Test

bolt cutter broadhead steel plate holles

I shot the Bolt Cutters through a .22 gauge steel plate to see how they would hold up, and you can see it’s basically the round hole with three slits coming out of that style rather than a triangular punch, like some heads have.

bolt cutter broadhead after steel plate test

And here it is after the three shots through the MDF and the two, three of the steel plate and you can see with the steel plate the tip got a little bit blunted and the blades got pretty nicked up there but otherwise held together fine and here are the holes in the steel plate.



Cinder Block Test

bolt cutter cinder block test

Here’s the Bolt Cutter after going through the MDF and the steel plate and then embedding into the concrete block that I shot it into. It stuck really deeply into the concrete. I think that’s the deepest that any broadhead has ever stuck into it.

It remained very much intact and the tip was still really pointy. The blades got a bit banged up with the steel but not that bad. But man, it did extremely well through the concrete.




Final Thoughts On The Excalibur Bolt Cutter Broadheads

So what do you think of the Bolt Cutter broadheads?

Hey, you know what, it has some real strengths! I mean the flight and the penetration alone, those are two really great strengths of this broadhead.

So check out the scoresheet below!

bolt cutter lusk grade
vortex 125 broadhead

What A Super Huge Cut! | The Vortex Broadhead Test

In this review, I tested a classic broadhead that has been around forever… the Vortex.

I had been hearing about it for a long time and it’s been a staple in the market from the very beginning of mechanical broadheads.

For this test, I used my Bowtech SR6 set at 72 pounds and Bishop FOC King Arrows. I also used the Bishop FAD Eliminator, for the concrete test because they are just so durable. So let’s check out the Vortex 125 grain…

At the end of the review, I will post the score sheet, and give it an overall Lusk grade, so you can see how it did in each of the test and compare it to other broadheads.

The Vortex 125-Grain Broadhead

Let’s take a look at the Vortex 125-grain broadhead closeup…

vortex broadhead in closed position

As you can see it’s just this classic mechanical, over-the-top deploying head. I really like the looks of it.

Vortex sharp blades on front of blade opening

The blades in the closed position have 7/8″ cutting diameter. And, you can see they have the sharp edges going forward, so you’re going to get that cut initially. Plus, the chisel tip is going to put you at over an inch of cut. So, even if the blades didn’t open, you’d at least get that much cut.


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The O-ring on the Vortex head is really stout. It rolls back and is reusable.

vortex wide cut

When the O-ring rolls back, the blades of the Vortex open up, expanding to a full 2-3/4″ of cut, which is one of the widest cuts on the market. Pretty cool!

vortex chisel tip

It has an aluminum ferrule as well as a really stout, strong-looking, steel chisel tip. The blades are 0.032″ thick and are made out of a spring steel to aid in their durability.

I was eager to put this head to the test and see how it performed.



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Initial Sharpness Test

I tested the initial “out-of-the-box” sharpness of the Vortex 125 grain.

vortex initial sharpness test

The initial sharpness of the Vortex came in at 225 (the lower the number, the sharper the blade is.)

Penetration Test #1 (2/3″ rubber mat, 1/2″ MDF, FBI Gel):   

I shot the Vortex into ballistic gel, fronted by 1/2″ MDF and a 2/3″ rubber mat.

vortex ballistic gel mdf test

The Vortex 125 penetrated 6″.



vortex entrance hole in foam

Here is the entrance hole and you see that it cut a one-inch cut through the initial layer of rubber foam mat.



vortex opened in ballistic gel

One inch later after the two layers of rubber foam mat and the MDF, you can see that the blades had opened up well over 2″.



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Edge Retention Test (sharpness after Penetration Test 1):

vortex sharpness after ballistic gel test

I tested the sharpness again after the MDF penetration test and the Vortex came in at 300.



Penetration Test #2 (layered cardboard):

I shot the Vortex into layered cardboard to see how many layers it would penetrate.

vortex layered cardboard test

The Vortex broadhead penetrated through 39 layers of cardboard. And, just like some other long mechanicals, a lot of that penetration was the tip and not the blades. But, that’s how I count it, nonetheless.



Vortex Durability Test (1/2” MDF):

vortex after going through MDF

Here’s the Vortex head after going through the MDF 5 times. Now, I want to point out, you notice all the scratching on the ferrule itself… that’s not for the MDF. That’s from me trying to get it out of the MDF because on the fifth shot, it got like super lodged in there and I had to use a power saw to get it out. But, I was really careful to not bend the blades or the ferrule while I was getting it out, and that’s why I had to get so close like that. I’ve actually never had that problem, with it being so difficult to get out.

The ferrule held together fairly well. There was a little bit of wobble, which is not bad for such a long aluminum ferrule that had 5 impacts of the MDF. And, the tip obviously held together in excellent shape.

vortex extended blades broken after MDF test

As for the blades… the extended part of the blades on either side broke off on then second shot into the MDF. However, I kept going because I still had well over 2″ of cut, which is significant. And, even if at the very end, after the fifth shot, as much as these blades had bent backwards and lost those end tips, there was still 2″ of cut.



So, it’s really significant that it still cut a lot of tissue, even with the bent blades, because the blades are so long. They got a bit bent and after those two broke off on the second shot, then they got a little bit more bent up on the third shot and on the fourth shot. And, then of course, the fifth shot.

So, the good side is, you still have 2″ of cut after 5 shots in the MDF. The bad side is, they did lose those ends to the blades and they did get a bit bent up there.



Concrete Test:

I shot the Vortex into a concrete block, which is extreme, but it helps show durability on extremely hard impact shots. Here’s the 125-grain after impact in the concrete.

vortex after the concrete test

As you can see, the ferrule got pretty jacked up and bent. One of the blades also got bent. They both impacted the concrete a bit and one of them got bent back, while the other one didn’t. The tip really buried deeply in the concrete. It might be the deepest-penetrating tip that I’ve tested. I couldn’t get it out. And it broke off on impact. It broke off at the threading where it goes into the ferrule.

Now, when you’re shooting a broadhead with this wide of a cut, you have super wide blades, so you have to have a really long ferrule.

I know you won’t be shooting this head into concrete and you’re not expecting maximum durability. But, in this test, It actually performed a bit better than I expected it to.



Final Thoughts On The Vortex Expandable Broadhead

OK. So what do you think of the Vortex 125 grain?

You know, it did fairly well. For a really big cut like that, you’re not expecting the most durable broadhead in the world.

But, it actually exceeded my expectations in durability. Of course, you have the damage from the cinder block test and the damage in the center block and yeah, you see the damage in the MDF but that’s what a whooping big cut.

So if you got a really powerful setup or you’re going after a bit of a smaller animal like a turkey, a smaller deer, a hog, man, this is something really worth checking out because it’s going to put a whoop on whatever it hits.

Great job, Vortex!

vortex scorecard
The final scorecard.


vortex lusk grade
The Vortex scored 7 out of a possible 10 golden arrows.