Imagine Live 365 with unlimited access to every genre. Exclusive content, higher quality sound, instant access on your desktop. Plus listen on the go with your mobile phone. All possible with a VIP membership. Give it a try for free at Live365.com slash VIP. Live 365. You buy permits to travel and permits to own a gun. Permits to start a business or to build a place for one. On land that you believe you own, you pay a yearly rent. Although you have no voice in saying how the money is spent, your children must attend a school that doesn't educate, and your Christian values can't be taught according to the state. You read about the current news in a regulated press, and you pay a tax you do not owe to please the IRS. Your money is no longer made of silver nor of gold. You trade your wealth for paper so your life can be controlled. You pay for crimes that make our nation turn from God and shame. You've taken Satan's number. You've traded in your name. You've given government control to those who do you harm so they could burn down churches and seize the family farm and keep our country deep in debt. Put men of God in jail. Harash your fellow countrymen while corrupted courts prevail. Your public servants don't uphold the solemn oaths they've sworn. And your daughters visit doctors, so their children will be born. Your leaders send artillery and guns to foreign shores, and send your sons to slaughter fighting other people's wars. Can you regain the freedoms for which we fought and died? Or don't you have the courage or the faith to stand with pride? And are there no more values for which you'll fight to save? Or do you wish your children to live in fear and be a slave? O sons of the Republic, arise, take a stand, defend the Constitution, the Supreme Law of the land, preserve our great Republic and each God given right, and pray to God to keep the torch of freedom burning bright. As I awoke, he vanished in the mist for whence he came. His words were true, we are not free, but we have ourselves to blame. For even now as tyrants trampled each God given right we only watch and tremble too afraid to stand and fight If he stood by your bedside to dream while you were asleep and wondered what remains of the freedoms he fought to keep What would be your answer if he called out from the grave? Is this still the land of the free? Good. Ladies and gentlemen, this is the second hour of the afternoon Intelligence report. I'm R. Krunke one day closer to victory for all of our brothers and sisters both on and behind the lines in occupied territories west, south, southwest, and east. Ladies and gentlemen, you're listening to us on LibertyTreeRadio.4MG.com, Indiana Freedom Talk Radio.com, we're on AM and FM micro stations, CB, base stations, and Ultra Net Technologies east and west of the Mississippi along with Alaska. We're on the hallmark network from the top of Maine to the bottom of Florida. From the bottom of Florida across the arc of the Gulf of Mexico headed to Louisiana, Mississippi, Texas, Oklahoma, big chunk of Nebraska, a whole bunch of Wyoming to include both the third, the fifth, the pit, and our friends in the recall state of Colorado. Waiting in the left coast where we have the great state of Jefferson, we turn back to the east, sweep across the plains, leap over the Mississippi, and land on the Smokies, slash the Blue Ridge, where the restaurant crews, grandma teams, OK teams, and the Ma Bell Grammar Consortium of retired telecommunications workers bring us the Golden Spike. Many hands make for light work a million Peddico Junction operators, all the ability to function with independence and discipline. Today's date is the 12th of August, 6th year of open Fabian the Socialist and Soviet Socialist Occupation of America with a K2000 and 14 Old Earth Calendar or Nostradamus Doom! Nostradamus Doom! If you're looking for danger and death and trouble Nostradamus is there! Doom Machine! The Great, let's see, the Great European Catastrophe Protector! Yes, Nostradamus is there! Nostradamus... Yeah, it's okay, like G.I. Joe. Anyway, only it's Doom. You're gonna die! We're all gonna die! Nostradamus said so! And the harp pickle lands in the middle of Warsaw! On the cold winter's eve of destruction, the great cyclic bear of death shall descend upon the dragon while he consumes the eagle in his nest. No! Umm, what the hell does that mean? I don't know. Man, I don't care. I saw it on the control media. We're gonna die! Hey, Nostradamus! Yeah, whatever. Give me a break. Anyway, no, don't give me a break. I really don't need that. I need broken limbs right now and not be good considering all the other work I've got to do. So, let's get the job done, stay focused on the mission, remember, organize, arm, equip, and train as militia. Square your technology away, make sure your people are online and where they need to be. Prepare for war because it's coming. It's not an end, it's just when the Quadriplegic Homosexualiskemore Army is going to decide that it needs to. Try and get away with murder when the time comes we'll have to murder late them back a lot harder and hunt down who gave them the orders and get rid of them all remember Destroy them all let not a even a rumor barely of their destruction return to where they came from Bury them face down on big feces and throw them into the ash bin of history in an unmarked grave It's what they deserve they want to come over and fight I'm gonna find out what fighting is all about kids because we'll hunt you down We will find you all and we will get rid of you So let's get it. Let's get ready for the action. It is Communications Tuesday. I will repeat again. Buy a CB, buy a CB, buy a CB. Why? Cheap, easy to operate, all your munchkins can understand how to do it. If all else fails, the CBs will be given to the operator 12s and operator 10s and their job will be to create battle chatter and mess with the bad guys while other signal communications are being used. Also, they're getting practice, practice, practice. Signal, communications, electronic countermeasures, and countermeasures technology is what we need to plug in. We need your help to get that done. We need to do it right and get on with business and other parts of the planet. So we are going to be working on a CB clinic here. Hopefully we'll have a bit of a program by maybe Thursday. We'll see what happens in the morning. I hope to have at least a guest up, and in the afternoon another guest up. tweaking CB radio, something that we've done before but also understanding how to hook up and how to properly take advantage of terrain and the antennas that are out there. I love the Antron systems. The Antron that I have has been around 9-20 something years. I think we've been using it for 25. I had to replace the end module. When we had the tornado, the antennas survived being ripped off the house along with, and that's amazing. Not only did it survive, here's the thing. Normally you'd expect, okay, we'd lose the poles. The end Toronto was hooked up to the chimney. The chimney, of course, came down. Half of it, actually a little less than half, came down and, of course, dropped into the yard. Originally I thought it flew off to Oz. Well, after we moved the wreckage, we found the chimney and all the wreckage over top of it. But then we found the antenna poles unbent. Then I found the fixture is to hold the antenna unbent. The straps were fragged, but that was expected. They were twisted and twisted sister and finished. But what's really amazing is both the coax, still intact, and the antenna were pretty much, the whole antenna survived except for the last section. and it literally had exploded. The winds had whipped it. I think what it did is it struck something hard and it just went right down the whole line and it exploded in all directions. The fiberglass, the last piece, the whole part of the whip and tenet, three pieces, three sections. Fortunately, I had spares. In fact, I was given a whole box of antenna technology which we have been using to build other radios. In fact, it's perfect timing. The 6 meter repeater radio systems that we're now using for the 6 meter net. But in amongst that, I had replacement components for Antron and Tennis. So we unscrewed the old one, put the new one on the end, and well, it works like a charm. So the whole fixture, all repainted, everything ready to go, is now going back up on another mast, which I just cemented in, actually, another one of the casualties of the tornado. I just resummented one of the other masts back into place, the banana mast. It's now five feet shorter than it was. But it'll be much stronger and it might even be a little safer for a while longer. We're going to breathe some more life into the old beast once again. And that's probably the antenna mast that's going to get the CB antenna. Now the FM mic antenna that's going on another mast, which I just assembled. As a matter of fact, I got some welding to do still. Got all the components there painted everything up. It's now in flat black and subdued colors. I love doing flat black I don't do silver and bright white. I don't want them to see it if they decide they're gonna low fly They deserve to hit something So we do everything in subdued colors that we try to get so that they blend in with a terrain that way they don't see it until the rotors hit If they're stupid enough to be that lower if they've got something. Oh, they've got a drone a toy didn't the drone a trade comes winging through him Wow, you didn't see that, did you? Well, I guess the little robot RC toy didn't fare as well as everybody thought it would, smacking into that thing at full speed as it was with Inventor. Oh man, found the other antenna too, didn't you? Yeah, well the mass. Anyway, so we do everything in subdued and we do it so that it's hard to see because it's actually not just one solid color. I usually break it up so it kind of has that Star Wars lived-in effect. in the gray greens and the blacks and colors that look like the tree trunks and stuff. And from above and looking off on an angle, you've got to remember we've got trees in all directions. So it's more likely to blend in better. See how that works? You know, not every, not every, all through the season we get brown, so you gotta be careful there. You gotta make the tree trunk color probably your best choice. Anyway, the Antrons run forever. They're very simple, very reliable, easy to hook up, easy, you don't have to tune them or anything guys. Connect everything, follow the instructions, hook it up to a pipe, make that your mast, hook that up to whatever you got for a base. Congratulations, run your coax in the process, hook it up to the back of your radio, make sure it's properly connected and you have yourself a base station antenna. Congratulations, there you go. So Antron again strikes again. Now, in addition to that, there are a number of other antenna systems that can be used. And yes, you can use a mobile CB antenna or even a dual antenna array for a base antenna. But remember, again, height is still the issue. You want to try and gain height. You want to get the antenna up and away from all the rest of the antenna. objects that will probably interfere with or create fuzz with your signal. So whenever possible, you want to try and gain altitude. Now there are some really neat tricks that we've already been kind of experimenting with using, once again, gas air balloons, party balloons, running an antenna up on one of those, or set of those. As a matter of fact, it takes about 14 to actually get the antenna a hanging antenna in this case. in addition to the coax, up to any kind of altitude, whatever your max altitude is for the coax that you have. But the cool thing about this is that you can actually, if you hook it up right, you use a slip line so that you can actually drop the antenna very quickly. You lose the balloons, but that's not a big deal anyway. The idea is to be able to get it up fast, elevate it, send the signal, which by the way using packet radio or compression repeaters now, it makes the time in altitude very minimal, either crank it back down using the fishing rod system, fishing deep water fishing lines, fishing reels, they're really great for this. But you can also do, for instance, and this is why I try to collect yard hose keepers, caddies. you crank everything right back down and you either pop the balloons or release the gas whatever you want to do and you've got everything back where it belongs. The balloons help to keep the stress on the cable, you re-roll everything right back up once you've got the antenna back down take control of that and then you can either release the balloons for obstacle and for fun and games because it does create somewhat of a signature add some flash to that with some aluminum hanging from the balloons In other words, create more reflection. And it's something to mess with the bad guys for a little bit, just to get your money's worth out of what you spent. So there's all kinds of fun things that you can do out there that are entertaining, to say the least, and create other issues. But also, allow you to gain altitude. Now, depending upon, again, how you're establishing field aviation support sites, Using the crank radio method, using the balloon method is a solution that works. For instance, we set up a mobile aviation support unit. We can use roads, we can use any kind of dirt track, we can use old runways, whatever we got. The idea is that a completely self-contained aviation fuel, maintenance, signal communications, and ground control operation can be established with a handful of vehicles. I covered this in the Battle for the Republic series. Pretty well explained as to how quick and easy it can be done. The important thing is to think mobile. Always think mobile. preferably not disposable. Everything can be recovered and everything can be reused. Weather balloons are especially handy for this kind of work. And that's another reason for you. Again, I mentioned party balloons because they're cheap. Dollar Store, you can buy a whole bunch of big earth colored or you can get, again, the stark colors, blacks, grays, whites. Yeah, remember you got those for party balloons? Well, those are really cool camouflage for aerial operations. You ever think about that? You know, you got gray cloud cover at night, go with the gray and go with the black. If you're during the day, go with the gray, go with the white depending on cloud cover. Or again, sky blues or different blue colors because you've got blue ranges. Oh yeah, and they come in for a dollar, you get a whole big bag full of these things. sometimes more, sometimes less. But either way, just think of those as a useful tool combined with a can of helium and rather than for party time and poise, serious work. Oh yeah, work out pretty well for you kids. Anyway, we've got a lot of work to do in that area so let's talk about also recovery kits and technology when it comes to hasty antennas. We've talked about making an antenna kit up, insulators. Now guys you can make insulators up, let's just go first of all off the shelf. Glass insulators are typically cheaper. Why? Because they are frangible. They will break, they can break if you're abusive with them. But glass insulators are superior. period. All there is to it. The one thing that's making glass insulators affordable right now, again, is communist China. Also, surplus stuff coming in from the old Cold War era, especially from people like I just mentioned earlier, the Czechs. Glass insulators are superior, but again, the issue is frangibility. So you've got to watch it if you're going to be beating stuff up. Plastic insulators are out there in force. Any number of different companies may get China support cheap all the way up to, oh my god, you spent how much on that? Some of them are cast. Some of them are milled. Now plastic insulators, there are other different applications where they've built these for dual lines, tri-lines, you know, they're duck feet type design so they can run one line which is of course hooked up to your tree, your pole, your tensor, you know, tensor station. The lines are then run out, you have an insulator at the other end and you of course affix those with another keeper line and you've got yourself an array depending on what you're wanting to build. Now plastic insulators are cool and again too numerous to mention in the program here especially on a communications Tuesday even if we had a couple hours I could go through you know the hundreds of companies that make this stuff but the other option is I'm dirt poor we've lost a lot of stuff in the field oh my god what do we do we're doomed hell if all fails you could drill holes in rocks if you had to go Stone Age but we don't need to do that because you have dowels or sticks, rods out there, pieces of wood. If you were lucky enough to have electricity, it only takes a few minutes to create a wooden insulator, guys. If you have hand tools, and all you had were a set of engineer or pioneer hand tools, by the way, there's some really cool kits out there you can get that are surplus from Sweden, and also from Norway that include hand drills, clean on hand powered hand drills. Well, what you do is you take a drill or you take your drill, set up a gauge depth. We'll use a quarter inch drill. That's typically on the shelf or an eighth inch. Either one will be fine. We mark out how long we want the insulators. They can be three inches, four inches, whatever you want to do. It's personally a matter of how much dowel you have to work with and how many insulators do you want to make. Now, it would be nice if you had a rasp or whatever, but you don't need to. But a rasp would be nice because we do need to round off sharp edges for a number of different reasons, especially when you're working with things that have to be, again, abrased against each other. They're going to have material that's working with other material. But what you do is measure out the length. We're going to go with four inches. We're going to make a four inch piece of dowel. So we're going to mark that on the dowel. They're going to take the hand drill and we're going to drill two holes. They're going to be about a half inch away from the edge of the dowel on one direction. By the way, don't worry about cutting off the rounded edge on the broom handle if that's what you're using. Leave it where it is. Just go back about 3-eighths of an inch on one end or half an inch on one end. from the sharp end and a little longer maybe 5'8", 3'4", on the other because of the beveled rounded end on the stick. drill your holes, make sure you clean it up a little bit, you can do that with a hand jack knife or whatever to clean up anything that might be abrasive. Then take your saw, cut off where your mark is for the broom handle. Congratulations, even right there you've got an insulator. So fast it's ridiculous. But also pretty durable because a lot of those broom handles are made out of oak. and made out of ash or made out of whatever Asian wood that's comparable. But pine will work just fine. Just remember pine might be a little more brittle in some ways as far as a little softer might break up or splinter. But who cares? These are again throw away or disposable. We're having to make up a unit real quick. with regard to copper wire, I mentioned earlier, housing wire. If all else fails, guys, you got battlefield wreckage, you've got wire laying around. Housing wire, extension cords, whatever you've got, somebody else may have already fragged or busted up. Don't ruin stuff that's already, that's still serviceable. Don't worry, there'll be plenty of other junk that isn't. Let me give you a little hint. We talked about car wrecks. Let me ask you something. How many miles of wire are there in a new stinking automobile? Miles! It's not counted in feet. I mean my god they've got so much stupid electronics on board now that you have a treasure trove of electronic wire harness. That wire is everything you need to do. Number one, your antenna extension, whatever length you want to go with. You may have to do some splicing to make it work. Not your first best choice, but you know what? You can handle that. But also, part of the wire harness, you leave the insulation on. You can strip the wire or leave the insulation on. Remember, that's going to cause flaws in different ways. But for your hanger wire, in other words, what you hang the insulation off from around a tree, a telephone pole, a fence post, whatever you're going to use. You've got everything you need off that wrecked car. You've got everything you need off that wreckage. to make things happen. Hell, you even got probably if you look around at some of the geometric items that are made out of junk plastic on the vehicle, you've probably got a couple of antenna insulators right there. They weren't meant as such, but you can probably adapt them very quickly and you may not have to do much of anything to get it done. Just remember, start thinking improvising, adapting, and overcoming. It'd be kind of nice if you have somebody who has a junk yard where you can actually teach people, where you can go like say to a wrecking yard, And you can tell them, we'll even take, you know, go to a scrapper and say, hey, I need to do a class, but I just need one of your wrecks. You're going to want it anyway torn apart, or you're going to want to crush it, right? I'll tell you what we're going to do. We're going to rip stuff off it. It's all going to stay right here. And you can have the copper wire and everything we pull out, but I just need to be able to show somebody how things work. Now chances are they won't have much of a problem with that. In fact, you can put it right there where everybody can see what's going on. And what you're going to do is teach everybody about how to scavenge off a vehicle. Now let's point something out. Right off the bat, that wreck that may be sitting there, the battery is probably still in it. There's 12 volts. And there's some deep 12 volt power right there off the wreck to begin with. Wire. Hell, we've even got other components available to include coax, not very long, but you do have coax wire and you have other components, fixtures and assemblies that may be quite useful, especially for improvising, adapting and overcoming issues of not having power and not having an antenna ready to roll. So the idea here is take a look at what's on hand. For instance, even the car itself might be useful. especially since if you have CB radios you've already known to do this. The roof, the hood, and the trunk of the car make an excellent ground plane. Oh! So in other words, I might scavenge everything off the wreck, array everything accordingly, move away from the wreck, in other words, run my transmitter a little ways away from the wreckage, try to keep it still kind of looking as much as a pile of debris as possible, And I've got myself a complete antenna array built from a car wreck. By the way, you need a bit of a parabola. Now the problem with hoods, I will say this, hoods in many cases now are plastic, but even if they are, they offer a directional, if you flip them around the other way, they offer a little bit of a bevel and have enough of a turn in them that they can become a directional antenna. allow for a little bit of focus, in fact, with a few more pieces of wire off the car. And something to extend the lines properly, so many feet away from the epicenter and connecting to the four points of the hood. We can create a directional antenna array that will focus about 60% to 70% of the energy of your signal in a particular direction. Well that's cheating because that's using junk. Now granted you're going to need a wrench. That's why we said before for those of you who are tread heads out there or those of you who are, you know, again support personnel like radio operators, but even if you're not I guess, it would be a good idea to have at least one good Swiss tool on hand, one Swiss Army knife, one universal Gerber type, you know, pliers tool combo. And it might be a nice idea to have maybe a dog bone. You can get these at tractor supply right now. In fact, they have them on sale marked down. At tractor supply with a range of metric wrench heads and a range of SAE wrench heads on a single handle with a cluster on one and a cluster on the other. Does it do anything fast? No. Does it do anything well enough when you've got to take, say, four bolts off each side of a hinge on a hood on a car? Yep, yep, it'll get the job done. Not fast, but it'll get the job done. You want to carry a little ratchet set? Fantastic. I think that's a good solution. But personal choice, you can throw a certain number of tools. Whatever you got, you need tools in every vehicle. If you're a radio operator, you need a complete, smaller tool, simple tool set with you that will handle all the basic size junk you're probably going to run into, both metric and English standard. But because of that, we can cannibalize what's sitting there, and we can do everything from emergency hospital lighting off of the car, emergency internal lighting for underground operations to include all the wiring harnesses, and we can produce everything we need with regard to an antenna mechanism to keep my signal communications operating, and I can set up so it can be abandoned in place. Ooh, that would be kind of cool. In other words, I could walk up, plug in, and walk away. Somebody really takes an interest in it and wants to put a bullet in it somehow or dump something on it. I can just disconnect and on RCAO immediately and if it becomes a bullet magnet, so be it, it's already wreckage. On the other hand, as things develop down the road on a battlefield, especially as the technology and the industry and the factory start to die out, Nobody wants to waste a whole lot of munitions, so the first thing they'll want to do is reconnaissance and or develop intelligence information. If they can't confirm and all they see is something that's already wrecked, wasting munitions on wreckage is not your first choice of things to do when you're short everything. See how that works. Proper planning. Think ahead. Again, try not to alter too much of the terrain. Even that modified hood can be laid right back in place so it looks like it's right where it belongs. Everything can be collapsed. Then it can be pulled out, turned around, flipped, targeted towards the general area of transmission that's needed. Send the signal, shut her all back down, flip her back over, leave her in place. Oh, wow. That's too simple. Yeah, another thing to remember if all else fails, fence lines. We've talked about this many times about fox hunting. Guys, grocery carts. Grocery carts, they started really pushing in plastic, but if you noticed, they've kind of gone back towards steel grocery carts again. I'll tell you, there is nothing more fun than taking two grocery carts using a couple of jumper pieces of copper wire with alligator clips or with, again, just wrapping the wire both ends. to each corner to two different corners towards the user, the grip end of the shopping cart. You take two shopping carts with wheels on them in an area where you can roll them around or move them at your discretion and you create a fascinating signal blossom that is very difficult to ID. And the cool thing is that you can reconfigure and relocate and redirect the signal as need be because the carts have wheels, which is really kind of cool. Now, fence lines work the same way. In fact, fence lines are phenomenal for deception. Why? Well, take a look at how long that fence line is with an unbroken piece of wire. Depending on how big a transmitter you have when you blow a signal out, well, it kind of strung out along a pretty large array that you've built. You didn't build it. Somebody else did. Let me give you a little hint. You ever looked at how, for instance, here's a fun one, what about hooking up and sending a signal through a galvanized fence baseball diamond backstop? Oh, wait a minute. That's a V, isn't it, with a large array and two wings that go out left and right to stop balls? Oh yeah! That's really cool because that central array will push a signal and the other wings help to direct and guide a certain amount of the bounce and the rest of the signal in a general direction but there's an off like a dollop bleed to the way the signal runs off those and if you're trying to not get caught as a fox in a radio fox hunt Those are really great to know where they are in your community and how to run from point to point with a few other stations in between usually because not all the baseball diamonds are really close to each other but they really are a great solution. Now what else you got that's metal that's hanging around? Well anybody out there know any farming areas? Oh you do, oh you do. Well anybody have any hay rakes out there that are on tires? You ever notice the hay rakes that are out there? Pretty cool, aren't they? They're designed to rake. But they're on rubber tires because they move them until such time as they drop the rake and station it for operation. So the rake is actually insulated up off the ground. It's got that really weird set of tines, and there's about 100 of them, depending on how big or small the pull is, because some are designed to go behind what would be the equivalent to a 6 bottom. Some will go across and run 12, 14 bottoms, some of the big industrial rakes that are monsters now, running behind machinery that normally would only be on a construction site. Now we call them tractors. Well, because of that, think about that tine, or those arrays. that those individual tines are actually, well, imagine the signal coming off those. It's already sculpted, it's got like a curve, so it's almost like an ocean. The way it broadcasts out is very unique, to say the least, and it's an object that's fixed and in place, but if you're really like on the move, the farmer uses it one day or one week, and you kind of pay attention to where stuff is moved, and now the farmer's got it in another location. and you hook up that 100 watt tube transmitter and you go to town for a bit and shut down and wow, it's kind of a really strange arrayed signal. It works in a bank form because it's a big long line and the tines are of course semi-circular. So it really is rather nebulous but it's focused because of the length of the tines. both in how they curve an arc and the number of them side by side, the signal rolls down that, depending on how you want to push it, and you actually have kind of like an arced YAGI antenna, which is really neat. The signal won't be as strong along the width more than you'd think it would be, but in reality it travels in a cascading array down the tines and pushes about 60% of the signal down that hay rake. Oh, these are all things we learned a long time ago. They're really cool. This little junk you got just laying around, they might try to destroy all the metal in the environment. They might be trying to pull all the metal so it's easier to try and figure out and track things because there's not as many pings out there. But there's still way too much equipment laying around and stuff that's steel and iron and copper and all kinds of fun metals that you can use. And we'll, again, send a signal out. Varying quality, varying degrees of, again, performance. But if you know what your percentages are and if you play with your radio equipment a little bit, like I did in my younger days when I had a crazy teacher called Dr. Smith, you know, not from lost in space. But Mr. Smith taught us a whole lot and we actually had a fun time doing it. I think we have real crappy teachers nowadays that are just anal-retentive control freak socialists and they're pretty much worthless across the board. They're absolute turds in school now. It's nothing but a concentration camp. And sure as hell, the stuff that we did learning about shortwave and learning about radio would never be done in today's communist school system because it's innovative and you have to use your brain. And in the public fool system, that just isn't allowed. So we have to teach people off on the slide on the side, but mostly it's experimentation. First, do a little research. What can your rigs do? Then, how can you adapt them and hook them up to things? And again, how are we shunting the signal or how are we directing the signal based upon doing a little feed research with a frequency counter? I can do all kinds of cool stuff with this technology and some China Sport junk. By the way, where do I get the frequency counters from? Let me give you a little hint. A tool in your toolbox, go to dealxtreme.com, www.dx.com, www.dx.com, or you can go to that 409shop.com or any number of others. But whatever money you want to spend, oh by the way, there are some other spy tools that wouldn't hurt. They've got some laser spy scopes that are there to ID, not to use for spy scopes, but to ID laser threat. Now that sounds weird, like why would I need that specialized technology? But doesn't everybody out there love to use lasers now for range finding? Wouldn't it be nice to know when you have a laser threat on the battlefield because somebody might be zeroing on you? Wouldn't it be also nice to know if somebody's painting you as a target? Now let's point something out about the laser sensors. That's really cool. Remember that all the military application lasers put everything you've got to shame. They're beamer's kid, they're blowing the battlefield out there sending a signal that's going to allow that smart bomb to get right in there and find you. Well true if you stay in one place and if everybody star shells and splits up in every direction they can kind of defeats the purpose of that nonsense from the get-go. But if you know it's there, there's all kinds of the mean things you can do to go find who it is that's plotting that signal out. When they're doing their original test paint, they're going to send a big WHAAAAAT! And as long as you're not stupid and don't ignore your technology, you can have a fun time hunting down the bad guys before something ever gets launched. But it's just having the signal technology available to be able to monitor and scan for. Now, I would point something else out. Just as with laser optical protection, now guys we have three different laser defense lenses that go in the standard older style black frame goggles. Everybody goes, what? Well, yeah, we got the laser. You know, you've seen examples of this. The military applied these years ago based upon the Russian laser threat. Everybody understand that? And our cost per unit was because we bought them, what happened is our guys who were in the supply system through the donut of destruction, when they sold piles of these lenses, it's because they upgraded to offer a wider spectrum of defense. But the problem with laser defense lenses is that they actually are fairly specific for defense threat potential. In other words, if they work with generation A, and Generation B comes out and you believe that Generation B is a primary threat and A has become kind of the back seat, well, you kind of upgrade everybody to what you think the primary threat is, but you won't necessarily defend then against the A model. Oh yeah, see these are all fun things about where they go. It's fiddle resistant and they cover, which they can cover a wide range of frequencies with the lasers, but here's the way you do it. One of the tricks which hampers your regular optical collection, your ability to see your light potential, is to stack the laser lenses. You mean you could do that? Well yeah, why not? The problem is that you keep stacking them and eventually end up with welder's glasses trying to walk around during the day. I guess you can see some. But at night it's really a bummer of a birthmark, Frank, when you run into that pipe you didn't see because, hell, it's like pitch black all the time. Oops. See, so there are advantages and disadvantages, layers of technology and defense. Now, the thing is that Those laser defense lenses were because of the laser rangefinders, optical tracking systems that were built into different weapon systems that were designed to be pretty much non-visible on the battlefield depending upon if they're IR lasers or whatever. And yes, they've had those for years, by the way. So the red paint, green paint, purple paint, blue paint lasers have been in place, are in place, and are expected to be seen on the battlefield. Like, come on. Hellfire! Oh, Lord, they go hellfire! How does hellfire work? Anybody? Anybody know how the laser tracking, yeah, oh! Yeah, see I had the class on that because I qualified on that so actually have the little card and my little certificate and all that for Qualifying with a hellfire years ago when it was first built guys we know all about that well if you paint there's two things you can do number one ID the threat and start moving and again disperse and Don't look like something like in Mars Attacks where you got the Boy Scouts running from the Washington Monument and the aliens. They all keep running in a group. Whereas if the kids were smart, they'd just all spread out and run like a pack of rats in all directions. But instead, the guy keeps moving the monument until finally he just gets it lined up and squashes the whole bunch of them because they're all in a big cluster screw. Well, the first rule is if you tag a laser into a laser threat mobile dispersion immediately common sense start to put terrain between you and whatever Depending upon how many signal identifiers you have you can quickly line up where the set with a laser threat is coming from Oh, you mean if we use more than one we can actually plot the direction of the threat Yeah It means I can also start dumping heavy stuff on them. Or if I've got a unit in close proximity on a deep battlefield, I can quickly send signals and, in fact, ID the threat target area. Somebody else can start putting some kind of fires down on the threat immediately, be it scouts, pickets. You know, you saw like remember, clear and present danger. OK. No, they're targeting the drug lords. Well, remember, what were they? Nothing but infantry. You start dumping rounds into something you perceive as a threat. It's called reconnaissance by fire. If you're right, you're right. If you're wrong, you're wrong. Oh well. But if you're right, you put some bullet holes, leaky holes in the guys holding the lasers, and they don't hold target for very long. You see how that works? And the more you hunt them, the more you kill them, the fewer they are holding those laser targeting systems, so then they have to count more upon the threat coming in. Well, most of the threats coming in go, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, blub, bl Even the quieter technology doesn't help. You will identify when you understand and become sensitive to the threat. Laser monitoring systems are not a bad thing to have in your toolbox as the electrical tech in your unit. The signal communications and electronics tech. But it doesn't just have to be one person doing this. In other words, pick another person, have them become aficionados slash experts in that area of interest. Give people jobs and expect them to perform. Anybody here interested in lasers? Oh, congratulations. Here's the mission. I need to have you do this, this, and this. And you need that person to embrace the technology. Also, they need to be able to brief, and in fact, they need to practice, at developing this skill of briefing everybody concerning the threat and countermeasures. Okay? So just things that need to be taken into consideration. Yes, expect something of your people. We're too close to what's common, guys. You better start getting serious. If you aren't already, you better become very serious about the issues that need to be dealt with. It's just that simple. So again, with regard to operations, the other area, not just laser and, remember, microwave is out there. Microwave, mostly for signal communications, And for certain weapons systems technology, microwave scanning is not that difficult and in fact there's specific technology in the electronics industry for scanning and for in fact pulling the signal with microwave systems that are in service. Now this is a bit of an advantage because in reality the one thing that's not expected is that we're actually thinking about the data stream and being able to intercept it. Now, it's usually above you and traveling through the area, but because of the bleed off a signal, despite how ever focused the signal is, understand that there is a phase or a blossom around any focused signal. I don't care what it is you use, what kind of dish or bar or yaggy, there is a certain amount of harmonic frequency activity that's going to take place up and down the dial. Each electronic signal communication system has this type of blossom, this type of harmonic signature that you're looking for. You may not be able to acquire the primary, but if you know what these secondary activities are like and how they affect either your monitoring systems or, and here's a mean one, your radio equipment can become a signal identifier and a direction finder also. When you end up with something up and down, when there are so many different ways that it works or affects the radio signal spectrum, there are pieces of equipment that you're going to be using that, since you're already monitoring with them, when you confirm or ID certain activity that goes on and goes off, when you see patterns, even if they don't appear to be patterns, but you see or hear on the meter a particular flash or a change in a dial, Now, it can be your piece of equipment really mucking up on you, but that's not as likely if it's not something that interferes directly with your signal process. In other words, you're monitoring all of your meters and all of a sudden you've got this little blip down the dial that just comes on, runs, and you start counting mentally, 1000, 2000, and then it goes off. Well, did that little meter change interfere with the other signal activity you may have been participating in at that time? Yes or no? If there was no meter or signal issue with regard to your outbound and your reception, That little meter reading is an indicator that you've got a frog somewhere. You've got something nearby that's sending out a signal. It could be a spy, it could be a, again, reconnaissance, could be something off of a long range piece of equipment that the enemy's running that's broadcasting through your area and overhead. But either way, if your unit can do it and your rig is set up in a particular fashion and you have consistency amongst your equipment, guys, you can monitor from one location. Then you move another rig, another system like yours, into the area and you start to line up about a half mile or two miles or a mile out from your location. And they change position until they see that the meter spikes. In other words, this is a passive progressive radio operator's task. This is something that is, oh, by the way, Maybe you're wanting to hunt specifically because you're really curious because this activity takes place when you have enemy activity in the area that might be aerial reconnaissance. It could be drone signal, it could be any number of different things. But if you see that radioactivity on the edge of your perception appears, it now gives you the ability to identify that threat before it strikes. In other words, the precursor, which the enemy may not even know because they don't necessarily know all of the equipment you're using. You're paying attention to your technology. That little meter spikes and all of a sudden you hear a mooooooom and one of those drones passes through the area. And then as it passes through and you're paying attention with your LPOPs, they date and time it so to speak, and then you realize that when you started to see your meter back off, The dronatoid is going eeee and disappears over the tree line or over the horizon or over the mountain range or whatever. Well, now you've got a confirmation of something unique that might be rather useful. Now, once you do confirm that that type of threat exists, why would I keep my monitoring equipment really close? I would build something similar. Now I've got the ability to pretty well pre-deploy at remote locations. sensor system that allows me to track that activity far in advance. Giving my people advance warning. It can be helicopter operations, it could be drone, drone-atoids, it could be artillery. Any number of different things. Well, Mark, what do you mean? Well, guys, not all radio shells are dummies. In fact, most radio technology is used, much radio technology, and flight control technology is now being bragged up with artillery. Now that sounds really great if you're working against the Stone Age people that are running around in grass skirts and you want to murder the local indigenous population. But if you've got any kind of brain at all, it's like the droneatoids. Guys, how is it the drones could possibly be coming up on anybody with any surprise? They're squeakers. They're loud. They've got all kinds of electronics on board. They've got signals that are sent to them via satellite. Yes, they are particular, but they bleed all over. What you do is use your frequency counters and all the technology, including about those laser sensors. They're using Hellfire! How do they use Hellfire? Do you know I'm giving you a big hint? How does hellfire operate? Once it in fact far in advance of it ever hitting the target it has to be sending a bleeding signal because it has to lock onto the target You see how that works? It's older technology certainly upgraded. I mean hellfire has had some significant you know onboard upgrades that have lighten the lighten the payload lighten the equipment load to increase the payload You know the delivery of the war whatever warhead you've got etc and there are options for the warhead too over the years But the whole point is guys that all this stuff bleeds With low tech you can ID all of their high tech But they don't want you to think about that because they're busy selling these things to people Remember the F-117 fighters that were shot down over Yugoslavia? Were those fighters shot down with cutting edge technology? Yes or no? Well it turns out that the B-2 bomber and the F-117 could all be engaged, especially when they were in their combat area of activity and they were actually in combat mode. A P-51 Mustang could hunt them down and kill them. What? Yeah. So in other words, and one of the reasons the Yugos work so well is they learn to shut their equipment down. Hey, they learned how to survive on the battlefield because they wanted to continue to fight and they had spirit. They weren't Weezerweiner Americans who were defeated before they even got on the battlefield. They were the Yugoslavian army that actually got their act together and when everything was all said and done after the big UN bombing campaign, 95% of their military was intact. Which nobody wants to talk about why? Because they got serious right from the get-go That's why and they even shot down if 117 old they tried to lie But here's the bottom line what they did is everything they shot down. We got real green We got green weenie and arrogant which we always do and they simply learned to go stealth and their technology was older, harder, and not built and committed to the latest systems. And so its technology worked because they didn't follow the friend-foe technology that everybody else had gone to in more recent years. So their radars worked flawlessly against the targets. They could ID them, walk through them, know their track. The issue is whether or not they were within range. So what did they do? They let everything shut down, waited, optically fired without radar, and then locked the radar on easily to the target once it was in flight. Wow! So they actually got some bang for their buck with the missiles. And the rest is history. The F-117s that went down. Oh! Oh! It was technical! Um, really? Really? Well, anytime you can desperately trying to lie because after all remember it's feudal resist you'll be absorbed blah blah blah blah blah blah blah just like the dronatoids Except the dronatoids are much lower cruder rougher tech than the F-117 although it was mostly again, let's not forget graphite and spit and paste for all price when it's when they crashed everyone on the crash They didn't want anybody near them and they were trying to tell people not to show anybody how they went down Because what doesn't make any sense? Why is that falling that way? Oh, you'll find out when you watch it splinter when it hits. Oh, it's not like a regular plane and it burns so well. It burns really well. I wonder what resin they used. So anyway, ideas, guys, start thinking. And again, play with the technology. A lot of people have already picked up a lot of this equipment, especially sensing technology and frequency counters. Well, scan your community using the frequency counter. I'm serious. Scan your communities using the frequency counters. You'd be amazed at what you're going to find hanging around. get my drift anyway we are headed towards the top and we got a few more minutes here don't forget guys we've got the end of the year bill all we do have not create coming up by the way we will have more information on that and again hopefully we'll have a least our short-term sponsor up there seasonal sponsor but if you can go to The Micro Effect, oh forgive me, yeah I would say that in the morning but not this afternoon. LibertyTreeRadio.4MG.com, LibertyTreeRadio.4MG.com, www.LibertyTreeRadio.4MG.com. Take the time, plug in and if you would please donate. If you could do nothing but $12, $1 for every month of the year. This is a yearly bill. And if you can donate $2, that's fine. If you'll notice, we're chugging away and heading towards the goal. Every little bit, no matter what you donate, helps. And we appreciate that. So I want to say thank you to all of our people who have chipped in. Well, we are very transparent. The goal, the bill is right there. The amount we've achieved is right there. Yes, to the penny. You'll notice, wow, it's like odd penny amounts. Hey, that's how it works. PayPal charges, you know, for using a PayPal thing when you use it. You know, they take a percentage, a little small percent, a little chunk. I don't know what the percentage system is or how they work it out. For that reason, it's pennies and we count them. And yes, pennies add up. So we'll be happy with that. We don't care. That's up to you guys. You got to figure out what it is that you can afford and help make it happen. It is Tuesday, so by the way, we're going to have Joe from the Carolinas right up behind us here in a minute. For everybody out there, it is still gray and rainy looking outside. We had a little rain, piddly, triply stuff hitting us here for the last two hours while I've been on the air. and it looks like it's going to kind of stay damp through the middle of August, so much for dry and hot. Well, we probably can still get some of that. It's going to be one of those years where if this had all been snow during the summer, we'd be pretty well in the same boat we were last winter. Yeah, think about that. It would be married up to our eyeballs. So again, be prepared for that, guys. And for everybody, again, take the time. Go to www.dx.com www.dx.com Well, thank you also to Kentucky for confirming that we're coming through loud and clear. It's been a little while, I appreciate that. Also, remember 409shop.com, www.409shop.com, www.409shop.com, that's 409 as in the numerals, 409, S-H-O-P. We should be hearing the music. We are at the top and we do have Joe taking over for us from Joe. Well, Joe to Carolina is there teaching us how to grow things and make things work for us that are green so we can feed ourselves. This is a good thing. By the way, our green beans are looking really fantastic. The climber beans have taken over the trellises that we've built for them and they are happy campers right now. We definitely will be bringing the string means in pretty soon. Actually, we already got some off the garden to consume. And I know Ed's out there because he's probably typing away trying to connect everything. We've had a fun day with signal communications. and it is Communications Tuesday so I'll apropos as they say. Also remember help to sponsor people down going to the border. Federal governments fail if they're not going to do anything they're all traitors to the country anyway and the skanks are going to do whatever they can to make sure that as many gopers get into the country and as many gangbangers as possible that way they can justify the bigger police state because they made it happen. And Texas, they're doing all about what's been going on this whole time. They didn't do anything about it. So we can expect it to be no solution from the states, no solution from the Fed. Otherwise, they'd have jumped on it and not waited, not hesitated. So we've got to do a lot of other work to get the job done. And that means getting the militia down on the border. It's only a line, guys. Don't have to have a deep defense. Don't have to be 20 miles inland. We need the whole line shut down. the more bodies we put out there they were in there in everybody's face, truck fulls of dummies in uniforms would really be great. Now I ain't talking breathing people that are low IQ, I'm talking about being creative with the technology. Radio chatter, battle chatter, chupacabra reports down on the border calling the Mexican people and asking what they think about those poor women and kids and men who were chewed up by the chupacabras when they hit the beach over on this side in Texas. and the chupacabra legions are being employed by the government and how well wait a minute the u.s. government isn't turning anybody back because they're feeding the people they're capturing to the chupacabra legions all are hard work out of the day up said more mexicans Kupa Kupre! Anyway, we are at the top. God bless the Republic. Death of the new old order we shall prevail. The Empire is on a run. We're in a march. The show from the Carolinas coming up next, right here on the live radio. Liberty Tree Radio, it's Tuesday. Bye-bye. Sound of the Revolution. Thank you for listening to LibertyTreeRadio.4MG.com. 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