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The Defiant Magnet Mounted Forklift Rare Earth Magnetic Sweeper attaches to the bottom of any forklift using 550 paracord and either the quadpod or 12 pod magnet mounting systems that have rare earth pucks on them and up to 415lbs of holding force on the 12 pod mounting system. This setup allows for super-fast installation and easy height adjustment by simply pulling on the paracord that gets locked in place with a cinch cleat.
The permanently charged rare earth magnets inside the Defiant’s heavy duty aluminum housing provide more holding power than a ceramic magnet so it can collect more debris before it needs to be cleaned . It will also pick up a 2.5” Inch 8 penny nail from 4” inches off the ground so at the recommended 1-2” inch sweeping height there is enough power to pull most debris types.
When it’s time to clear debris from the magnetic sweeper, the defiant comes with a durable PVC quick clean off sleeve that drops all collected debris into a pile by flipping the release and pulling on the handle.
$1,919.99 – $2,149.99Price range: $1,919.99 through $2,149.99
See Pricing For All Models Below

$1,919.99

$2,149.99
| Defiant Series | Defiant 36 | Defiant 42 |
|---|---|---|
| SKU | DE36 | DE42 |
| Sweeper Width | 36″ | 42″ |
| Magnet Type | Permanently charged N42 Rare Earth magnets | Permanently charged N42 Rare Earth magnets |
| Cleaning Off Method | Manual, via quick clean off sleeve. | Manual, via quick clean off sleeve. |
| Maximum Lifting Height (using 2.5”, 8 penny nails) | 4.0” | 4.0” |
| Sweeping Height | 1”- 2” recommended | 1”- 2” recommended |
| Terrain Surface | Concrete, Asphalt, Gravel Yards | Concrete, Asphalt, Gravel Yards |
| Sweeper Weight | 25.5 lbs | 28.8 lbs |
| Shipping Weight | 30.1 lbs | 33.4 lbs |
| Pricing Range | $$1,919.99 | $$2,149.99 |
Defiant Heavy Duty Construction
A: ½” thick aluminum end caps
B: N42 grade rare earth magnets
C: 18-gauge thick stainless steel magnet housing
D: 16-gauge thick steel backing plate
Defiant Heavy Duty Construction
A: Nylon cord cleat
B: Cord retaining tabs
C: Rare earth magnet with stainless steel housing inside
D: Nylon T handle
E: Flexible PVC end cap with heavy duty lead ins
F: 5mm mounting holes
Defiant Heavy Duty Construction
A: PVC handle built in endcap
B: Solvent welded end cap
C: PVC rib for incremental debris clean off
D: Sequential rib design for complete debris removal
E: Wrap around on front and back of magnet for debris retention
A: Maximum dimensions
B: Minimum dimensions
A: Minimum
B: Maximum
C: Magnet Width
D: Total Product Width
A: Minimum
B: Maximum
C: Magnet Width
D: Total Product Width
A: A = Distance from Magnet (Sweeping Height)
B: Note: Gauss (G) shown is the peak gauss, measured in the center of the magnet at each distance
A: Nylon 12-pod with rare earth cup magnets for secure underbody mounting on four corners
B: 14” long flexible nylon cord
C: Hard PVC quick clean off sleeve with wrap around
D: Indexable nylon swivel latch for locking quick clean off sleeve
E: Flexible PVC end cap
F: 6061-T5 Aluminum magnet housing
A: ½” thick aluminum end caps
B: N42 grade rare earth magnets
C: 18 – gauge thick stainless steel magnet housing
D: 16-gauge thick steel backing plate
A: Max Dimensions (side view)
B: Min Dimensions (side view)
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$111.83 – $116.54Price range: $111.83 through $116.54
$50.30 – $50.40Price range: $50.30 through $50.40
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The 12 Pod Magnet Mounting System is an alternative to the Quad Pod Mounting System for users with higher ground clearance forklifts in more demanding terrain. This system holds onto the bottom of the forklift with 415lbs of holding force. The 12 Pod Magnet System is designed to increase holding power for forklifts operating in outdoor environments that may get snow or other harsh conditions that could pull the magnets off the forklift. The 12 Magnet Pod System takes up more space than the Quad Pod mounting system so it will not work on forklifts with less ground clearance (Often electric or indoor only forklifts). Hanging the sweeper lower also adds stress onto the mounting system because the load shifts around further away from the mounting magnet on longer ropes, so the 12 Pod magnet mounting system works better to hold the sweeper onto a forklift when hanging it further away from the main body of the forklift.
Okay, so this is the installation video for our Defiant magnetic sweeper. So we have this thing set up on the second hole location, which is going to be a pretty good bet that it fits under this forklift just based on what we’ve seen before. So when you’re setting this thing up, you want to take note of how wide the forklift is and then adjust your pods in or out based on the holes according to the manual.
So before we put this thing on here, what you always want to make sure you do is clean where we’re going to be mounting the forklift. So we’ll get under here, just give it a quick wipe, make sure there’s no oil or rust or anything like that that’s going to get between the magnet and the metal surface here. What that’s going to do is make sure you get a firm hold with the little rubber pucks and prevent any damage from it sliding around or falling off.
So we’re going to mount this. It looks like you want to make sure the surface you’re mounting to is fairly flat, so it looks like we’re going to go right about here, more to the front. So we’re going to go a little more to the front, I suppose. So once that’s cleaned off, you’ll need to get somebody else over there on the other side or just walk around and do it yourself, but you just slide this thing under. Make sure your pods are kind of facing square, and then you can just snap it up like that.
Each of these little magnet pods will hold 52 lbs on 5/16 steel, and the whole assembly itself only weighs about 30 lb, so there’s plenty of holding strength to keep the magnet on the forklift just using these little magnet pods.
Now, important thing with this is you have all this excess rope here. You’re going to want to tie that off somewhere. There are little slots on the side to hold the rope in, but you just want to make sure that that’s up and out of the way somewhere so it doesn’t have the chance to get caught in a wheel or anything like that. So I’m just going to be lazy here and tie it off to the front of a sleeve, and that should work fine for what we’re doing today. But if you are setting this up permanently on your forklift, you might want to just cut off the excess rope once you get it set to the height you want.
So do you want to adjust it up or down at all? I think we’re okay where we are. All right, so we’ve got it set at about 2 inches, somewhere around there, and we’ll take this thing around. There’s a scrap metal dump behind me, and it misses once in a while, so we’re going to just clean the parking lot up around it.
The 12 Pod Magnet Mounting System was developed after RV manufacturers in Indiana outfitted their forklifts with the Vigilant magnetic sweeper and had problems with snow and ice pulling the magnets off the forklift in the winter. See the video below to see how to fit the 12 pod system on the sweeper and how to mount the sweeper to a forklift.
So, here is one of our Vigilants that’s been used for about a year and a half now. Our original pods we sent it with weren’t working well enough for them, so they bought these magnet pucks off the internet and kind of retrofitted it on here. And this has been working for them, but we’re going to swap this one out for one of our new pods, leave it with the operator, and see how he likes it. So, we got one set up over behind me with a new 12-magnet pod on it, and we’ll install that and check back in a week or so to see how it works.
>> So, this is retrofitting our new 12-magnet attachment system for the Vigilant and Defiant magnets.
>> So, go ahead. So, previously, we had quad pods that sat on each of the four corners of the Vigilant or the Defiant assembly. We noticed some of our customers were having issues with them falling off when they go over steep ramps or curbs, and when they bash into things, the original finder will fall right off. So, we developed these new 12 pods. These are rare earth cup magnets. They’ve got a steel outer housing with the rare earth center. These are going to be about 250 lbs holding force for one complete assembly. That’s about two and a half times more than what was previously designed. These should provide ample strength to hold these to the bottom of the forklift. So, we’re going to go over setting one of these up, retrofitting one of the Vigilant assemblies here. It’s the same procedure as before to pull your ropes through the holes that you want. You would have already taken a measurement to know which holes to use when you set it up.
You’ll pass the ropes through the center holes on both sides, and then the ropes will slide through the canopy just as before.
>> Now, we’ve got these new spacer blocks. So, each set will come with eight 1-inch spacer blocks and eight 1/4-inch spacer blocks. You use these to set the rope tension on each corner. It’s super critical to have every corner of the magnet assembly with the correct weight tension, at least so they’re all the same on each corner.
>> So, to use these blocks, we’re going to slip them in from the side on each of the assemblies. You’ll know they’re fully seated when the lip is touching the aluminum housing on the side. Then you can proceed to pull down on the rope until it touches the bottom of the sand. Once you’re at the bottom assembly, you can give it a little wiggle just to make sure it’s fully centered. Then you can push the cord key to make sure it’s tight. Repeat that procedure on the other side with the same amount of spacer blocks that you used on that side.
>> Pull the rope tight. Give it a little wiggle.
>> Then you can tighten the cord, and these blocks just remove from the outside. And that’s your completed assembly that you’ll hang from the forklift.
>> Now, on these pods, there’s a new way to route these cords. There’s a set of two holes in the middle of the frames. You can simply loop the rope around that little tab below the cord, complete. Then just wrap the rope around a few times to secure it in position.
>> Or you can cut it off. Once you get the height you want, you can cut the string shorter as well if you’d like to tie it off.
>> And we’ll just repeat that procedure on the other side.
>> Here’s the one we’re going to be installing in place of the janky Amazon magnets. We’ve got these new 12-magnet pods on here. Should be better. Hopefully, it’s not worse. So, we’ll install it and then check back to see how it works.
>> All right. So, after we’ve set the pods up, install is just making sure everything’s clean. We’ve already adjusted the height using the pucks like we showed in the previous video. All you have to do is just slap her into place and it should be good to go.
Now, one thing we didn’t do, just because we are using all the same size forklifts, is measure where we want the pods. We measured the first one and now we know to place the ropes in the center hole of the three options. That’s working well to make sure everything’s aligned properly and it’s not going to swing too much.
The Defiant magnetic sweeper comes with the 12 pod and quad pod magnet mounting systems in the box, this allows for use on forklifts with low ground clearance, or higher indoor/outdoor forklifts. The 12 pod system will hold the Defiant onto a forklift more effectively than the quad pods, but take up more space, making it impossible to mount under some small lift trucks. The videos below show the holding strength of the 12 pod and quad pod magnet mounting systems on 3/8” steel. Holding strength will increase when mounting on thicker steel, so on the bottom of a forklift these maximum holding strength numbers will increase.
Right, here is our test rig for testing how much holding force these quad pods hold a Vigilant or Defiant magnetic sweeper onto the bottom of your forklift with. So basically, we’re testing using the body of a Vigilant or Defiant. This has no magnets in it, so it’s just the empty body with a U-bolt going through it, hooked to a chain fall, which is just up here with a scale in the middle. So, this scale should hold at whatever the maximum peak lifting pressure we apply to these magnets before they pop off. We’ll keep cranking it up, and then this scale will record how much pulling it takes to pop these four quad pods off of—this is just some 3/8 I-beam we have sitting here.
Keep in mind that the thicker the metal you put these magnets on, the more holding force you’ll get. So, on the bottom of a forklift, you’ll get a higher number than what we have here. We’ve ensured that the magnet pucks are a little bit loose on these pods so that it holds onto the contours of the metal better. We’ve lined everything up the best we can so that the ropes are pulling straight up and down, which spreads the load out over all the magnets properly—the exact same way it should be on the bottom of your forklift. So, we’ll crank it up and see under ideal conditions on 3/8 steel what kind of holding force we can get.
Okay, so I’m going to start cranking up, and hopefully you can see the numbers here, but I’ll call them out as we go up anyways.
So, there’s 48 lb. That’s about as much as this Vigilant or Defiant will weigh. I think they’re between 30 and 40 lb. There’s 110 lbs. There’s 140. So, that’s 100 lb on top of the weight of the sweeper. I think this thing’s going to hit me in the elbow. Uh, 172 lbs. I’m going to get my elbow out of the way.
204 lb.
There’s 230.
There’s 252.
This thing’s really bending now. That’s quite a lot of force.
It’s 270.
It’s 295.
311.
So, we’ll just zoom that in here. So, that is the maximum holding force recorded by the scale. That’s 311 lbs. And it looks like what failed first was our cord cleat. So, it looks like the rope slipped out of here. That’s probably just due to this piece, the anchor point, flexing on the other side. Yeah, there you go.
So, that’s the amount of holding force you can expect from these quad pod magnets with the stainless magnet pucks in them—311 lbs on 3/8 steel. Like I said before, on a forklift, you’ll get a bigger number than that because it’s going to be on thicker steel, so the magnets have more holding power.
And these are the lower, lighter duty pods of the two we offer. These are for forklifts that have low ground clearance, less than 4 in. So, if you have less than 4 in, you’re generally on an indoor forklift. There isn’t much in the way of obstacles or bumps to worry about the magnet falling off, but you still got 311 lbs of holding force to hold it onto the bottom of your forklift.
This is our testing rig for the 12 pod magnet mounting system. These are the pods that hold a Vigilant or Defiant magnet onto the bottom of your forklift. We have it set up here on two 3/8 pieces of steel. These are just I-beams. So we’ve attached the Mag 12 pod magnets to these I-beams, and some rope—the rope that comes with them—up to the body of a Vigilant or Defiant magnet, which has a U-bolt drilled through the middle that goes to a scale and then to a chain fall. So, what we’re testing here is how hard these 12 pod magnet mounting systems hold a Vigilant or Defiant magnet onto the bottom of the forklift.
Keep in mind, as the thickness of the steel you mount these to goes up, their holding strength goes up. So, again, we’re on 3/8 steel. On the bottom of a forklift, you’d get a higher number than this.
Okay, so we’re going to crank it up and see what we get to on the scale here. The scale should record the top number it experiences while we’re cranking it here.
So, there’s 115 pounds.
There’s 200.
There’s 240.
There’s 274.
There’s 294.
There’s 324.
There’s 392.
It’s 415.
So that’s the maximum force that the scale experienced while we had the chain fall cranking on it. So, 415 lbs. That’s the number we got from just pulling up the chain fall with these 12 pod magnet mounting systems attached to the 3/8 steel. And like I said before, on thicker steel you should get a bigger number. So, we’re only using this on 3/8 I-beams we had sitting here. On a forklift, you’ve got thicker steel, so you should get a bigger number.
But in the best case, with everything set up perfectly, the rope has equal tension, pulling force straight down—you can expect to have 415 pounds of holding force from these 12 pod magnets holding your Vigilant or Defiant onto the bottom of a forklift. And these are for indoor or outdoor forklifts where the magnets can be mounted lower because you have more ground clearance and it may be swinging or hit things, or, you know, things that happen on outdoor forklifts. So that’s why we offer these as a stronger alternative to the quad pods. You just get some extra holding force to keep this safely on the bottom of the forklift.
Adjusting the sweeping height on the Defiant magnetic sweeper is accomplished by slipping the 550 paracord through the cinch cleat built into the Quadpods or 12 pods. The cleat allows paracord to slip through one way but not the other, this makes it simple to raise or lower the magnet by pulling on the cord or releasing the cinch cleat using the built in thumb ridge.
Okay, so a height adjustment on this Defiant magnetic sweeper is done using this 550 paracord, and that’s held onto our quad magnet pods using this little spring-loaded cleat here. So this cleat just kind of pinches the rope so it can’t pull this way, but what it does do is it will slip the other way pretty easily. So when you have it under your forklift, you can start with the rope on a lower setting.
We’re obviously doing this outside of the forklift so you can see what’s going on here, but say you have your forklift set this high off the ground or your magnet pod set this high with this much rope hanging down—if you want to raise the magnet up, you can just pull this, and it’ll catch the other way. So this spring-loaded clamp catches this way, but it’ll slip this way.
Once you have your height set under the forklift, which we’re going to do after, but you won’t be able to see that, these ropes need to be tucked away. This can be a little difficult to do under the forklift. You can just tie it off, or you can go up underneath into the second hole here, or in some kind of way—you just need to get it out of the way of the forklift so nothing’s getting caught and pulled off. You don’t want your magnet getting pulled off by the wheel or something. So once that’s tied around and just kind of out of the way, that’s your height set, and then you’re ready to go.
Another thing: we’ve been installing this on multiple forklifts today, so we’re leaving the ropes. But if you’re installing this on one forklift, you’re probably not going to switch it around very much. So what I would do, honestly, is just cut it and burn the end. Make your rope just about the right height that you need, and then just cut it. Maybe leave a little bit of adjustment space, but cut it so you don’t have to deal with tying everything up, and then just leave it on that forklift.
So we’re going to install it on this thing, and then we’ll just adjust the height quickly and we should be good to go.
With these magnet pods, the pucks on here are actually held to the plastic assembly using just some nuts on the back that are stuck into the plastic. So if the bottom of your forklift is a little bit curved, or not quite perfectly flat—because these things sit pretty well perfectly flat—undo these a couple turns. You can just turn these magnets left, they’ll loosen off.
And when these are loose, they shouldn’t come loose at all because the magnets won’t rotate against the forklift, but when these are loose, you’ll get just a little bit of wiggle, and that might allow your magnet to get a better hold on a slightly curved surface on the bottom of your forklift.
So this is only really necessary if you have a bit of a problem sticking this thing to the bottom of your forklift. It’s just something to try if it’s not working properly.
All right, so we’re going to install this thing on the back here because that’s where we found it’s the most flat. So we’re just going to simply slide it under. I’ve left these magnet pods a bit loose so we can adjust them once they’re on there. So stick them out, attach those to the bottom, make sure you’re on a pretty decently flat surface. That thing seems like it’s holding well, and then all I’m going to do is just pull this rope up like this and then cinch that in the cleat, and it’ll stay at the height I set it at, which is about half an inch—probably going to go a little higher than that, but that’s the easiest way we’ve found to adjust it.
Just kind of pull them out a little bit so I’ve got a better hold here. Pop those strings up, the cleat will catch it, and that’s our sweeping height. You might want to go a little lower than that, but that’s about an inch and a half, so that should be fine. And then, like I said before, you just need to tie these up so nothing gets caught. I’m just going to do a little square knot around the top here, loop it around again, and that’ll be fine for what we’re doing here today.
Same on this side, just pop a little square knot on there, go around again, and that’s going to stay out of the way. So that’s a pretty sturdy hold on this side. Go around the other side and adjust it, and we’re good to go.
The Defiant Rare Earth Magnet Mounted Forklift Magnetic Sweeper hangs between the wheels of the forklift so it can’t be damaged from front end or rear end collisions. The 36” or 42” sweeping width allows the Defiant to fit under most indoor / outdoor forklifts without protruding out of the sides of the forklift, so it won’t get caught when maneuvering in tight spaces. This slim design allows the forklift to perform its regular tasks without being impeded by extra length on either end while continuously collecting metal debris from around your facility’s most travelled areas as the forklift works.
The Defiant doesn’t impede forklift performance even on very low electric forklifts, the Defiant is hung about 1.5” off the ground on this forklift and had no issues going over the steel ramp into the back of a trailer from the loading dock. The rare earth magnet in the main magnet housing can’t overpower the holding force of the magnet pod mounting systems from 1.5” so it stays attached to the forklift rather than getting pulled off by the steel ramp.
Defiant’s powerful rare earth magnets can hold on to a huge amount of metal debris for the size of the magnet assembly. This allows you to collect debris using your forklift throughout the day. Using the Defiant sweeper in settings that continuously produce metal debris like automotive stamping facilities or tin roof forming facilities is the perfect way to keep the metal debris situation under control to prevent downtime and damage to personnel and equipment.
Check out the video below to see how the Defiant Magnet Mounted Forklift Rare Earth Magnetic Sweeper performed at a few facilities that have metal production processes that create debris daily.
So this stamping facility builds parts for a lot of major automotive manufacturers here in Ontario.
And this parking lot is—obviously, they have a big scrap metal conveyor belt up there—so this parking lot’s being driven in by not only just trucks delivering to the site but also all the employees here.
And obviously, having this much scrap metal near where you’re driving every day is going to lead to some flat tires.
So these guys actually have a magnetic sweeper from us already, but they’re kind enough to let us test out this new one here—this Defiant.
So you can see that thing is collecting a ton of metal right there.
It’s kind of acting like a broom at the moment, just sweeping along with it.
I think we’ll get them—and that’s after one pass through this stuff—so we’ll get them to pull up here and use the included clean-off sleeve to get rid of all that debris.
So the Defiant magnetic sweeper—you see we just installed it in about two minutes; it’s got the four quad magnet pods on each corner, and those things give you about 200 pounds of holding force against the bottom of the forklift to hold this magnet up.
So this kind of strength is getting proven right here as we’re really dragging the ground with a lot of steel, and it’s not being knocked off at all, so we’re not losing the magnet; it’s not falling under the tires yet.
But we’ll get them to pull up and clean this thing out.
So all you got to do to clean it off is flip this bat wing sideways so the sleeve will move out, and then it should just pull right off, but we have a lot of stuff stuck on it, so it’s a little more difficult to pull off.
So this rare earth magnet really holds on everything.
But you can see that’s from one pass around with a very small magnet holding that much steel.
So the Defiant obviously hangs really low on the bottom of a forklift. It hangs—we have it set at two inches, which is about the maximum sweeping height we recommend, and we had that big pile of steel over there collected on the bottom of it.
But what comes with that is, once it gets that trail behind it, gets too long, it might start missing some stuff.
So at that point, when you’re starting missing metal because it’s falling off the back and you’ve got such a long tail dragging behind it, you’re probably going to want to clean the magnet off before then.
So this is an example of a really heavily contaminated area with steel.
But I mean, if you’re working in conditions like this, you’re going to need to clean that magnet off more often than you think.
Now, if you saw in the clip of me cleaning the magnet off, it was pretty difficult to actually pull the sleeve because there was so much friction between the sleeve and the metal pressing into the magnet.
So we have a feature to help with this. Once he turns around here, you’ll see on this side of the magnet, by the GoPro down there, there’s a little T-handle.
So what that handle’s for is for when you have this thing really loaded up with steel and it’s hard to pull off, you can get someone on the other side to stabilize the magnet for you so you can pull on the release lever—well, release handle—without the magnet coming off the forklift or having to manipulate two parts with one hand.
We are back at WISE Line Tools here.
They’ve let us use their forklift before to test the Vigilant, and last time we didn’t have these strings tucked up properly, so the strings got caught on that back wheel and it knocked the Vigilant off and ran it over and made quite a nice little jump for us.
So today, we’ve made sure to tuck up those strings so Dan here can drive around and not have to worry about accidentally running the magnet over.
So this is—they do tool repair here, tool sales, and they also do, like, metal roof forming and stamping.
So we’re in the back by their garbage bins, and they have a little hopper set up here on the left to—looks like—collect scrap metal.
So if we take a trip over here, there should be some metal on the ground, and last time we heard Dan say they do a good job of cleaning up this place, which they do—last time we barely collected anything.
But we’ll see what we got today. Looks like they’ve been stamping a bit more than last time when we were here, so there’ll probably be some slugs or something on the ground.
And there’s always something around garbage bins and pallets.
So if you have this rare earth magnet on the bottom of your forklift, you’re probably not going to be running around like this the whole time while you’re sweeping.
But what it’s going to do for you is, as you’re running your forklift around regularly, it’s going to be constantly cleaning up metal so you don’t have to run into these problems where there’s a large contamination of metal anywhere.
The Defiant is mostly made for just constant maintenance of facilities.
You’re not going to try to clear large areas with it, but just passive cleaning as you’re working gets two jobs done at once. You can collect any metal, prevent—prevent, you know, excessive tire changes which cause downtime and cost money, and it’s just a fairly inexpensive option to double the utility of any forklift on your site. So these attach in just under five minutes; it takes a small amount of setup. You sometimes have to measure something, and then it’s a matter of just moving some ropes around and slapping the thing up there, and it’ll stick. Now, obviously, I installed this one slightly incorrectly off the bat. You got to make sure that Magnepod is sitting on a flat surface for it to hold properly.
And another thing to consider when installing this is you want your ropes—the paracord that connects the magnet pods to the Defiant—to be vertical, straight up and down.
So that’s where most of your magnet holding force is on the pods—straight up and down.
And if you got them on an angle, you’re going to be losing some power. So we’ll get Dan to pull up over here to see if we actually collected anything.
Okay, yeah, there’s something dragging there.
So we showed this already at the other facility, but for the clean-off function, all you got to do is turn this little bat wing thing on the front and then pull the sleeve off. So it looks like we got more than last time we were here.
That could be because it’s a stronger magnet, but I think you guys have also been stamping more than last time when we were here.
So that just looks like, I don’t know, old staples, some piece of—some off cut.
Why don’t we ever bring power sticks to clean this stuff up? So Dan has to take a trip back to the shop here to unload a truck, and he was saying that we might have to take the magnet off to clear the loading ramp he’s got over here, but the whole point of this magnet is you can leave it on all the time.
And we have it set fairly high up, so we’re just walking over—we’re going to take a look at the magnet going over the truck, kind of observe from afar so we don’t get in the way. But if we hear a big crunch noise, we’ll know that the thing doesn’t have enough ground clearance.
So he’s pulling over a steel loading ramp with our rare earth magnet, and the rare earth on the Defiant is more powerful than on the Vigilant, but its pulling force isn’t as strong as the four Magnetpods combined, which give you about 200 pounds of holding force.
So that rare earth magnet on the bottom is not able to overcome that from that distance.
So it looks like there’s no problem getting onto a truck or loading ramp with this magnet mounted, and this is a fairly low forklift.
As a magnet collects more debris it uses some of its magnetic power to hold onto the debris and has less available to pick up more. To keep the Defiant Hanging Forklift Magnet at top performance it needs to be cleaned off regularly. The PVC sleeve on the Defiant has built in handles on either side, one to brace the magnet and one to remove the sleeve, you will only need to use the handle to brace the magnet if there is enough debris collected to make removing the sleeve difficult to do with one hand which can happen quickly because of the powerful rare earth magnets. The sleeve also protects the magnet housing and is flexible enough to take hits without cracking, it has ribs in the middle and on the ends of the sleeve to ensure everything gets removed from the magnet and doesn’t flip over onto the housing. Check out the video below to see the clean off sleeve in action.
Okay, so, uh, cleaning off the Defiant magnetic sweeper—it comes with an included clean-off sleeve. I just have these cords tied up around here, but normally you wouldn’t do that. It comes with an included PVC clean-off sleeve that is slightly rubberized, so if it does scrape the ground it’s not going to crack, it’ll just kind of flex.
Retaining this is a little spring-loaded bat wing-looking thing, so all you’ve got to do to clean it off is flip this bat wing sideways so the sleeve will move out, and then it should just pull right off, but we have a lot of stuff stuck on it.
So it’s a little more difficult to pull off because this Rare Earth magnet really holds on to everything. But you can see that’s from one pass around with a very small magnet holding that much steel. So this is a rare earth magnet, so our ceramic one might not hold this much, but the rare earth has a lot more power to it. So it’ll retain a lot more metal before it starts dropping off and missing.
So that’s the clean-off. Takes, you know, three minutes, and then I think we have a rake over there that we’ll use to sweep this up and get rid of it properly.
Okay, so we’re going to do another clean-off of the Defiant magnetic sweeper here. We have this side—the side with the bat wing release little method here. All you’ve got to do to release this sleeve is flick that, and that’ll allow you to pull it off. But right now, this thing is really full of debris, so it’s going to be difficult to pull the sleeve off and hold the magnet in place.
On this side of the sweeper, we have a T-handle that’s bolted directly to the sweeper housing, so you can get somebody to hold that side while you try to pull the sleeve off, and that’ll allow you to just get everything out without having to manipulate the sweeper and the sleeve with one hand.
So we’ll get that cleaned off and see what other metal is on here. And again, I tied a knot around this thing, so I gotta undo that, but normally you wouldn’t do this.
So now that he’s holding on the other side, that thing holds on hard—you gotta really pull on that to get it out.
The included clean off sleeve has a couple features to improve its function, there are channels that allow debris to be retained on the sides of the fully packed magnet housing if it gets wiped off by touching the ground. There are also ribs built into the sleeve to clean off debris incrementally and prevent debris from piling up at the end cap and flipping over the sleeve back onto the magnet.
A: End cap removed for transparency
B: PVC rib to remove debris more evenly on clean-off
C: Closed end cap design for complete debris removal
D: 1” wide x 7/8” tall channel on the front and back of magnet for debris to wrap around into.
E: Open channel for debris to wrap around if wiped off main magnet surface
The Defiant Magnet Mounted Forklift Magnetic Sweeper can pick up a 2.5” inch 8 penny nail from 4” inches off the floor, so when the sweeper is working at the recommended 1-2” inch sweeping height there is plenty of pickup and holding power to collect most debris found where an indoor/outdoor forklift will be working. The Defiant is also equipped with a wrap around feature that allows debris to be held on the back side of the magnet housing, so it won’t get brushed off by the ground or other debris.
This is the maximum pickup height video for the Defiant magnetic sweeper. We have it set at four inches above the ground with our three number eight penny nails here, and it’s going to pick them up from four inches up.
These sweeping widths were developed to work with most indoor / outdoor forklifts. When selecting your desired model, keep in mind that the products are longer than their effective sweeping width, see the picture below to see what the actual widths of the sweepers are. Check the total product width measurement against the width of the forklift you want to use, the entire assembly should be flush or slightly tucked under your forklift (1”-1.5”). Extending slightly outside the width of your forklift (1” – 1.5”)is OK as long as the magnet won’t get caught while operating under normal conditions at your facility.
36″ Inch Model Sweeping Width vs Overal Width
A: Minimum
B: Maximum
C: Magnet Width
D: Total Product Width
42″ Inch Model Sweeping Width vs Overal Width
A: Minimum
B: Maximum
C: Magnet Width
D: Total Product Width
The Quadpod system has a lower profile than the 12 Pod Mounting System, but it doesn’t hold onto the bottom of the forklift as hard. So it is only recommended when the forklift that the sweeper is being mounted on has less than 4” inches of ground clearance. If more than 4” inches of ground clearance is available, then use the 12 Pod system as it hangs onto the forklift with more force. Forklifts with low ground clearance are rarely operated anywhere there are obstacles that could knock the sweeper off, usually indoors so the lower holding power of the Quadpod is sufficient for mounting.
The only difference between the Vigilant and Defiant is the magnet inside. The Vigilant utilizes a ceramic magnet and the Defiant utilizes a rare earth Neodymium magnet. What this means in real life is that the magnetic field strength (Gauss) on the Defiant will be stronger, enabling it to pick up some materials that the Vigilant won’t, the stronger field strength means it will hold onto the material with greater force.
Do you need the stronger magnetic field strength of the Defiant? NO, not if you’re just picking up ordinary screws and nails, etc. But if you are in an environment where your debris has a low ferrous content, then YES, you probably do need the Defiant because the Vigilant may not pick up your debris at all.
As an example of this situation, the Defiant was originally conceived of and made for a military vehicle manufacturer that had very high quality low ferrous content fasteners falling on the concrete production floor and those fasteners would then get ran over by solid wheels on very large production carts and the fasteners would get driven into the solid wheels and as the cart moved the fasteners were grinding the concrete floors to dust causing the floors to need replacing/refinishing frequently. Therefore, there was a high need to pick up the low ferrous content fasteners to avoid not only production cart wheel damage but concrete floor damage. But the only magnet capable of picking up the fasteners were rare earth Neodymium magnets.
You can see the difference in magnetic field strength below at various distances by looking at the Gauss charts for both the Vigilant and Defiant. At a one inch sweeping height the magnetic field strength of the Vigilant is 358 Gauss, but the Defiant magnetic field strength is 630 Gauss. A significant difference.
Vigilant Gauss Measurements
A: Distance from Magnet (Sweeping Height)
B: Note: Gauss (G) shown is the peak gauss, measured in the center of the magnet at each distance.
Defiant Gauss Measurements
A: A = Distance from Magnet (Sweeping Height)
B: Note: Gauss (G) shown is the peak gauss, measured in the center of the magnet at each distance.
So, if you have regular debris, like normal nails and screws, the Vigilant is right for you. On the other hand, if you know you have low ferrous content debris you need to pick up, the Defiant is the better choice. Remember, we’re always happy to have you send us a sample of your debris, and we’ll test it here to make sure it can be picked up!
The Defiant Hanging Forklift Magnet is sent out in heavy duty 51ECT cardboard with foam blocks to prevent damage from contents shifting in the box during transit. These measures are taken to ensure that the Defiant shows up to your door intact and undamaged.
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