Who doesn’t want to see bigger bucks during deer season?
Do you wish you could see greater antler growth in your deer herd, but just aren’t sure what to do to make it happen?
Supplement the deer on your property with the proper nutrition and minerals to maximize antler growth!
There are countless mineral supplements for sale these days… mineral blocks, mineral rocks and minerals in powder form.
But you don’t have to go buy minerals with fancy labels and pictures of big antlers on the packaging. You can make your own deer minerals and we’ll show you how!
Consistent, healthy antler growth requires consistent nutrition… Keep reading to find out more about how to get started making your own deer mineral lick and why it’s so important!
We want to help you learn how to make your own deer mineral recipe, so that you can not only make a product that will help you have a healthier deer herd, but be able to do it without breaking the bank.
Time needed: 10 minutes.
N1 Outdoors – How To Make Your Own Deer Mineral Recipe (and what ingredients you’ll need):
2 parts trace minerals.
Mix the trace minerals above with 1 part mixing salts
Mix the above ingredients with 1 part dried molasses.
Mix the ingredients above with 1 part dicalcium phosphate.
Make your mineral site
Now you’re ready to spread out your homemade deer minerals and create your mineral site. Be sure to put out a trail cam if you have one, so you can get photos of what is visiting your mineral site and monitor the antler growth progress!
WANT TO LEARN HOW TO MAKE YOUR OWN HOMEMADE DEER MINERAL RECIPE? SCROLL DOWN TO WATCH VIDEO!
Homemade Minerals: A Recipe For Deer Success
Of course, larger antler size gets most hunters giddy. But bucks aren’t the only ones that need mineral supplements.
Does need it just as much.
When the does are pregnant, start to produce milk and lactate for the fawns that will be born, they need extra calcium. This will help with lactation, but it also is essential for a healthy bone structure of the fawn that is growing in the womb.
Minerals play an important role in whitetail antler size as well as the overall health of your deer herd, both male and female.
Bucks also need the extra calcium boost, as they will use around 40 percent of the calcium in their own bone structure to grow antlers.
The antler growth process happens every year and calcium plays a huge part.
This means that a buck needs not only a good food supply during the antler growing process, but it also needs calcium during the growth process in the mother’s womb.
A healthy bone structure will contribute to greater antler growth later in the deer’s life.
Start making your own deer mineral supplements today and do so every year, so that you can reap the benefits for years to come.
You’ll find in the video below, that all the ingredients you will need to begin making your own deer mineral sites can be found at your local farm or feed store.
We hope you enjoy learning how to create your own minerals for your deer herd! (Note: Be sure to check and follow your state’s laws on use of attractants and supplements on private as well as public hunting land.
The N1 Outdoors N1 Minute Video: How To Make Your Own Deer Mineral Licks
In this edition of the N1 Outdoors N1 Minute, learn how to make your own mineral licks for deer. We show you a simple deer mineral recipe that you can make. We also give you some tips on where to place it.
If you want to improve the overall health of your deer herd, then this is one of our must-see hunting videos. We give you the deer mineral recipe for whitetail success!
Hey, Josh Wells here with the N1 Outdoors N1 tip. We’re gonna make mineral licks today and what we’ve got here that we’re using for the minerals is trace minerals… we are putting two parts trace minerals, one part mixing salt, one part dried molasses and one part dicalcium phosphate.
There is a major trail on this side and a major trail on that side of this mineral lick. Now, you don’t want to necessarily put it in the middle of a trail. Put it close to nearby trails and they will find it.
They’re not going to eat this like they would a feed or a protein feed or corn. They will come and use this as their body craves the mineral.
As you can see, just last night, there are some deer tracks in this mineral. So, they have already found it. That is because of the dried molasses.
The dried molasses has a strong, sweet, cane smell, and that is why they’ve already found this. We will check back on this in about two months and see how it’s going, and my supplement this mineral with some more material.
Thanks again for joining us for this edition of the N1 Outdoors N1 Minute. Be sure to visit N1outdoors.com, where you can read all about unforgettable moments outdoors. Also, connect with us on Facebook, Instagram and Twitter.
We hope you have a great week, and remember, “where the moment happen, we’ll meet you there.” We’ll see you next time.
Tooth of the Arrow broadheads have been around for while, but I was intrigued and finally got my hands one so I could test it.
Now, Tooth of the Arrow is certainly a cool name for a broadhead, but the company also has a great perk. They are so confident that you’ll like their broadheads, that they advertise that you can get a free sample.
Now that’s guaranteed satisfaction!
Tooth of the Arrow is so sure you’ll like their broadheads that they’ll give you a free sample. Wow!
You can jump straight to the testing of the Tooth Of The Arrow heads by clicking the links below:
The Tooth of the Arrow broadhead is a 4-blade head that is similar to a Slick Trick head.
Each of the blades are exactly the same cutting diameter, so it’s a true 4-blade head. It’s a little bit bigger than a Slick Trick Magnum. But, rather than being 1 and 1/8-inch cutting diameter like the Slick Trick Magnum, this is 1 and 3/16 cutting diameter. So, it makes a little bit wider hole.
For the testing, I shot 450-grain Bishop mammoth arrows, using my Bowtech SR6 which is a 27 inches and 72 pounds.
What makes this head unique is that this is machined out of a single chunk of high-carbon steel. So, there are no blades to be replaced. It’s just one solid chunk.
So, as a negative, you can’t just replace the blades and put in new sharp ones. As a positive way, it’s a pretty stout, strong design. And, with it being such high-carbon steel, it’s not too difficult to sharpen. So, it’s intriguing to see this.
The Tooth of the Arrow XL is a 4-blade head that is machined out of a single chunk of high carbon steel.
I’ve spun these heads and they spin very true. They also fly well for me. I’ve not tested them at super long ranges but they do – well, I think through a well-tuned bow, they should fly well at longer ranges.
I’d heard really good things about the smaller, standard head.
Below I test the Tooth Of The Arrow vented broadheads.
I shot it into my broadhead box where I’ve got four layers of MDF and they’re half inch each, and two of those layers have a rubber foam layer in front to simulate hide and a little bit of soft tissue there in the beginning and the end.
Penetration wise, the XL did just about like most of the heads I’ve tested. It went well into the second layer of MDF. So, it went through that initial rubber foam mat and then through the first layer and then it almost buried the blades all the way into the second layer. You can see it protruding out, bulging out the backend there. It didn’t actually breakthrough the blade but it pushed the board out there just quite a bit.
OK, it’s 1 and 3/16 this way, 1 and 3/16 this way. So it’s a total of 2.75 inches of tissue being cut. Comparatively, the QAD Exodus has a total tissue cut of 1.875. So, with the 3 blades of an Exodus and 1 and 1/4 inch cut, it’s 1.875 total tissue being cut, whereas, with the Tooth of the Arrow here in their XL model, it’s 2.75. So, it penetrated just about as well the Exodus, and better than the other heads that I’ve tested so far and yet the total cut is about an inch more than most of those heads. So that’s pretty remarkable.
If we examine the head after it went through the wood, it held up extremely well. The blades are in great shape. They are still remarkably sharp. They bite into my nail. It doesn’t look like they were dulled at all. Now, I should add as well that because it’s 4 blades and two blades covers a diameter of 1 and 3/16 inches, that means the total tissue being cut is 2.75 inches.
Next, I shot it at a 1/2-inch MDF board at a 45-degrree angle to see how it would do through that.
Here is the head sticking out just as it went into the Rinehart target behind it. It protruded that far, which is very similar to the SIK F4 that I tested a while ago. You can see that in a video. However again, this has about almost 1 inch more cut than the SIK F4. So to penetrate that well, again, is pretty impressive and the blades are extremely sharp. There’s no nicks. Looking really good.
I shot the Tooth Of The Arrow head into a 22-gauge steel plate to see how it would fare.
Look at the hole that this thing made. I have to say, I was pretty impressed with that. It’s like a giant square was cut out of the steel. I’ve never seen anything like this.What a hole!
The blades still look pristine. They are in very, very good shape. There are no nicks. They still cut into my thumbnail. Really good. Impressive.
Cinder Block Test
The cinder block is the final test that I do with the fixed-blade heads.
I don’t do this test or the steel plate test typically with the mechanical heads, but when you’re using a fixed head, you’re typically doing so because you really want to have some structural integrity and blade strength that’s above and beyond what a mechanical can do.
So, I just like to test the limits. Not many heads hold together after hitting the cinder block. A lot of them take chunks out, but then just kind of bend or fall apart. Very few heads hold together. There have only been a few that have made it. Let’s see how the Tooth of the Arrow did.
Here’s the chunk that it took out of the cinder block. A finger goes right into it. And then if you look at the head itself, it did remarkably well, completely holding together. The nose got covered in concrete and got a bit nicked up there from the concrete.
I would say this head is amongst the top few in terms of structural integrity that I’ve tested. It’s right up there with theQAD Exodus and the Muzzy Trocar and the Trophy Taker A-TAC.
The Tooth of the Arrow broadheads are 100% made in the USA.
I tested these heads for long distance flight (I was able to pop a balloon at 80 yards) and I’m going to test them for edge sharpness and retention, for penetration, and for durability.
Let’s see which one prevails!
On the right is the Tooth Of The Arrow Original, and on the left is the XL. These are the 125-grain models of these heads. The Original is 1-inch, while the XL is 1-3/16 inches. They are machined from a solid bar of 11L41 steel, so a high carbon steel. They’re brought to a Rockwell hardness of 45. As you can see, they are plated with a black oxide to cut down on glare in the field.
With the Tooth of the Arrow Original, more than 85% of the weight is kept within the diameter of the arrow shaft. That’s going to really help in long range flight and spinning. With the XL head, more than 80% of the weight is kept within the diameter of the arrow shaft.
I tested the Tooth of the Arrow broadheads for out-of-the-box sharpness. The purpose is to see if they can still cut paper after a stroke of a carbon arrow shaft. Because both the Original and the XL have the same blades, I only tested one of the heads.
I gave the broadhead arrow shaft strokes to see how well it would maintain its sharpness.
The Tooth of the Arrow broadhead was able to cut paper still after 5 strokes of the arrow.
I tested the Tooth of the Arrow Original and the XL for penetration. My medium was ballistic gel that was fronted with a rubber mad and 1/2″ MDF board.
The XL penetrated 8 inches. Tooth of the Arrow Original penetrated 9 inches.
I shot both heads into a 22-gauge steel plate 5 times to test the durability. Check out the holes these heads made in the steel plate!
The holes themselves are really what sets the Tooth of the Arrow apart. OK. Here you can see the holes from the XL. OK. They are just bit squares. They are not just like four crosses or two crosses, four little slits. They are true squares!
Here is the Original, the 1 inch. So the 1 inch, the 1 3/16 inch, and you can see even with that, it’s just a nice chunk of a hole.
In the steel plate test, there are very heads that are able to punch a chunk out like that. The Exodus does it in a triangular shape. And, as you can see here, the Tooth of the Arrow does it extremely well in a 4-blade shape. So that’s going to be a really difficult hole to close up in an animal.
You can only see on one of the XL blades a little bit of cosmetic marking. I don’t even know if you can pick that up in the picture below. It’s very hard to see.
These heads have extremely impressive durability. Some of the very best that I’ve tested.
Here are the heads after they’ve gone through the 22-gauge steel plate 5 times. And as you can see, they look brand new. As a matter of fact, it’s hard to tell that these were even shot at all, let alone shot through the steel plate as well as in the penetration test through the MDF. Really impressive durability and edge retention through that really hard medium.
Now, I have heard some reports of people shooting them and hitting them into a big heavy bone and one of the blades bending or shearing off. That can happen with any broadhead.
There are all kinds of crazy things that can happen in the field as you hit heavy bone at different angles. But through the steel plate as you can see in the picture below, they faired extremely well.
Let’s look at these heads and see how they did after being shot into the cinder block.
The cinder block didn’t fare too well!
Here’s the Tooth of the Arrow after going into that center block and busting it apart. It’s just in incredible shape. It spins perfectly true. The tip is still super pointy and didn’t bend over at all. The blades are in great shape. They only got a just a little bit nicked up on the top of each blade, but they could be sharpened again.
I spent about 5 minutes touching these blades up just to show how easy it is to do it. And I understand they have a sharpener that you can purchase on their website. I don’t have one of those. But, honestly, I do really well with just a little sharpener. This is the thing that I use. It fits in there perfectly.
This sharpener is from a Spyderco, but you can use any brand. This is like a little file. I just sharpen the blades individually, about 10 strokes on each blade. And, then on the tip, I just use the same thing but I just use it flat ways to cover both blades at once. I don’t know if you’re supposed to do that but it sure worked well for me.And this head, it’s now like shaving nail. I mean it’s just like it was. The tip was super sharp. And this is right after going into that concrete block.
Final Thoughts On The Tooth Of The Arrow Vented Broadheads
So, what do you think of this broadhead battle, the Original versus the XL?
In terms of penetration, the Original penetrated much more deeply. But, in terms of hole size, man, the XL really ruled in that department, though both of them really made a nice square hole in the mediums that I shot them through.
In terms of which one is the winner, really, it’s a toss-up. I have to call it a tie. I hate to do that. But, this really is a draw. It just depends on your personal setup and what you’re hunting.
If you’re going after a really big animal where penetration is the most important thing then man, the Original is the way to go. If you have a lighter setup and you’re concerned about your penetration, then the Original is the way to go.
If you are going after a really long range shot like a pronghorn or something like that that you’re going beyond 60 yards, then the Original is the way to go.
But, if you are going for a shot under 60 yards and you really want to make a nice big hole and you have the kinetic energy to drive it through, (and honestly, it really doesn’t take that much kinetic energy to drive it through), then man, the XL is the way to go. For whitetail and hog shots under 50, 60 yards, I would definitely choose this one.
What I think is the best combination is to have a few of both in your quiver. If a shot is going to be longer, then you pull out the original. If the shot is going to be shorter, use the XL. And that way, you’re ready for any situation, and honestly, any animal as well.
Below I will test the solid version of the Tooth Of The Arrow broadheads…
Originally, Tooth of the Arrow only made the 100-grain and 125-grain in a vented version.
But they also have a solid, non-vented version in 100-grain and 125-grain.
Interesting Ferrule Design On the Solid Version
So let’s zoom on in here and let’s check out this new Tooth of the Arrows Solids.
Here’s a good look at the Tooth of the Arrows Solid in the 100 grains. Just like the vented version, it’s machined out of a single bar of steel, brought to a Rockwell hardness of 40-45.
What’s interesting in this solid model is that most of the specifications are exactly the same as the vented model.
The overall length is the same, 0.77 inch, making them to my knowledge the shortest single piece for blade steel broadhead that there is, which is just going to aid in flight.
The blades are also the same thickness as the vented model. They are 0.040 inch thick. The blade angle is the same at 45-degree blade angle to maximize the penetration.
And so, the same short profile, the same cut size of 1 inch, and 2 inches of total cut.
So, many things about the solid are the same as the vented model. But, what’s different is they’ve taken up the weight from the ferrule itself on the solid version.They’ve taken some grooves out of the ferrule and that’s all that has made the extra weight. So, that is really interesting.
Here’s the 125-grain model vs. the 100 grain, and you can see that everything is exactly the same as the vented, same as the 100-grain, but they’ve taken a smaller scoop out of the ferrule to make up for the weight. So with the 100-grain, they’ve taken a little bit bigger scoop and you can compare right down. You see the line of the scoops, you can see. So the 100-grain, they just took a bigger scoop. Other than that, they are exactly the same.
Why A Solid?
So, why come out with a non-vented blade, a solid blade?
Well, many people prefer solid blades over vented blades because they do have some advantages.
One of the advantages is less noise in flight than with vented brodadheads. You have air passing through that hole and it can make whistling or a wheezing sound as it rotates and flies at really high speeds.
In addition, a solid can be more durable because there’s not that venting that creates a thin area in the blade that could be more prone to bending or breaking than a solid one. So, that’s the primary reason for doing it.
But, I wondered how it would affect flight and penetration?
In some ways, you might think, “Well, it’s going to fly better, because with these grooves, it’s going to be more aerodynamic in flight.” But, the opposite side of that is, “well, there’s more exposed surface blade than there was in the original, because so much of that blade was covered by the ferrule.”
So, I was curious to see what the flight would be like.
And, same with the penetration. On the one hand, I can say, “well, with this groove, it might penetrate better.”
But, on the other side of that, I go, “well, I’ve noticed that there’s a really thick ferrule. It often opens up a hole for the shaft to just glide through really easily, and those broadheads penetrate more effectively than the ones with a smaller ferrule.”
So, I was really curious to see how all of these things compare.
I tested the 100-grain solid, the 125-grain solid, and for a comparative sake, I compared it to the 125-grain vented.
Initial Sharpess Test Of The Solid
Initial Sharpness: 200.
Penetration Test 1 Of The Solid:
The 100-grain solid penetrated 7-5/8 inches and the 125-grain solid penetrated 8 inches. And, the 125-grain vented penetrated 8-1/4 inches.
Edge Retention Test: (sharpness after Penetration Test 1) Of Solid
Sharpness after ballistic gel penetration test: 300
Penetration Test 2 Of Solid: (layered cardboard)
The 100-grain solid penetrated through 72 layers. The 125-grain solid penetrated through 69 layers. The 125-grain vented penetrated through 73 layers.
Durability Test Of Solid: (22 gauge steel plate, max 2 shots)
Here, you can see the 100-grain solid after going through the MDF 3 times and the steel plate 2 times And, I’m only testing the durability of the 100-grain, because if anything, that’s going to be the weaker one and really everything else is virtually identical for these durability tests. But here, you can see it looks pristine. I mean, it almost looks brand new, even after going through the steel plate twice. And you look at these holes and they are the classic Tooth of the Arrow squared chunk holes, not just a little round hole with 4 slits coming out of it like you see in many 4-blade heads.
Durability Test of Solid: (Concrete Block)
Here’s the head after impacting the concrete. And, as you can see, it held up really well. There was a slight wobble to it, but that could just be the concrete that got fused to it as well. Really impressive durability.
Final Thoughts On Tooth Of The Arrow Solid Broadhead
The solid is going to be a little bit quieter in flight than the vented version and I think the blades are going to be a little bit more durable, because they have that extra support.
However, I think maybe the vented models are going to penetrate just a little bit better and you saw that in the testing. And, I think they might be a little bit more forgiving in really long range flight.
But again, that may be all within the margin of error.
There may not be differences at all in those areas because I think all of them, both the vented, the non-vented are really durable. They fly really well and they penetrate really well.
In this broadhead review, I tested the Day Six Evo and the Evo X.
So, let’s jump right in, zoom in and check out the Evo and the Evo X…
Here’s a good look at the 125-grain Evo. The cutting diameter of the main blade is 1-1/16 inches and the bleeder in this model is a half an inch. (You can also get these bleeders to be 3/4 of an inch, and that would add an extra 5 grains to the overall weight.)
The blades are not vented, which makes them a lot quieter in flight, and also a bit more durable. Also, notice the gentle convex curve. That’s to aid in penetration as well as to increase the durability just a bit.
The thickness of the main blades is 0.060 inches thick. Interestingly enough, the bleeders are just as thick as the main blades.
Now, as for the materials, the blades are a CPM S30V steel, which is a really fine steel that’s used in a lot of fine cutlery and knife applications.
One advantage of it is its Rockwell hardness. It’s brought to a Rockwell hardness of 59-60, which means it’s going to have a really nice edge to it.
It also has a greater impact resistance than most stainless steels, like the typical 420 or 440. It’s much more resistant to impact than those.
Notice that the blades of the Evo are sharpened on the back of the bleeders as well as for the main blade. And those are at a straight angle. The ones that are curved are only the main blade. This can sometimes present a challenge in re-sharpening, but you can use the Stay Sharp Guide C Model which is designed for concave or convex heads. You can use that with any kind of a curved broadhead and it makes it just as easy as the straight edges to re-sharpen.
Now, it’s not as resistant to impact as a tool steel like an A2 or an S7 for example. Those are much more resistant to impact.
Another advantage is its corrosion-resistance. It’s not going to rust. Some of those other high-carbon steels and tool steels can have a tendency to rust, which can take away some of the sharpness of the blades.
Another advantage of the CPM S30V is that it’s made right here in the USA, as is all the construction of this broadhead, so that’s kind of nice.
I was really eager to put the Day Six Evo head to the test, but I not only tested this head, I also tested its big brother, the Evo X!
This is the 150-grain model of the Evo X. So, everything is the same with this one in terms of the steel and the thickness. However, the cutting diameter is 1-1/4 inches as opposed to 1-1/16 inches. And the bleeder is still the half inch bleeder.
So I was eager to put both of these heads to the test and see how the Evo and the Evo X performed.
Here’s the Evo after 5 shots to the steel plate and as you can see, it did very well. The bleeders are perfectly intact, the main blades perfectly intact, and it spins very well. The only damage is that there’s a little bit of edge chatter on each of the main blades. There’s really no edge chatter on the bleeders at all.
Here’s the Evo X after 5 shots to thesteel plate and it did very well also and it spins perfectly true. The bleeders and main blades are all intact. Again, just like the Evo, there’s just a little bit of edge chatter that you can see along the main blades; a little bit more on this as opposed to the Evo. This is probably because of the width as well as it being 150 grains, as you get that slightly more momentum on impact. But, it still held up very well.
Here’s the Evo after impacting and sticking deeply in the concrete. It took a while to get it out. That was one of the deepest-penetrating heads I’ve had in the concrete. And, you can see, the blades held together very well. The bleeders are perfectly intact. There’s just this little bit of a chunk that was taken out of the end of the Evo, but other than that, it did very well and still spins true.
Here’s the Evo X after impacting the concrete and it did very well. The blades held together perfectly. There’s really very little edge chatter. However, there is a bit of a bend that you can see there in the blades. Now, it still spins fairly well, but there’s that bend in the blades. Pretty impressive durability overall.
I don’t know if I would have necessarily said that a few years ago about the first iteration of the Evo and the Evo X, but the improvement that they’ve made for the last couple of years in their broadheads has really made a difference.
Now, I would say, yes, it was made and it was made very good!
That 0.060 inch of thickness made a significant difference in the durability. So, if you are looking for a really stout, deeply-penetrating, tough broadhead with a lot of different variations in cut size as well as weight, you need to check out the Day Six Evo and the Evo X.