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  1. I've used BBS and FBS machines for shallow saltwater jewelry hunting. I've not been on a treasure hunting vacation since COVID, but have since accuired a DEUS II and a Notka Legend. I've been watching vids online and wonder why so many on a wet salt sand beach, GB these newer multi-frequency machines- even in beach/dive mode? Now, I did try 3 leaky Equinox and found less gold and far more small pieces of junk, so clearly the new machines are more sensitive to small, tiny targets. But I always found far more big gold, silver and platinum jewelry using BBS/FBS, with less time spent scooping small junk. My concern as a shallow saltwater jewelry hunter is, what's with all this GBing at the wet salt beach with the newer MF units? So many newer MF machines sound sparky when they hit the surf/wet salt sand and the operator GBs to quiet the machine down. I have never GBd using BBS/FBS in the sea, or going from saltwater/wet to dry sand. That's one reason I've found my share with BBS/FBS machines. They're simple and effective in the surf. What is BBS/FBS doing to compensate automatically for salt and ground and what's the difference between BBS/FBS and all the newer MF machines, which seem to require GB at the beach? Would one GB the new MF machines in saltwater? I always thought MF- (BBS/FBS) resolved VLF problems at the salt beach? Is it because the new MF machines are more sensitive, or is BBS/FBS multi-frequency a different breed all together? I wonder if I really should switch to these new MF machines for shallow saltwater hunting? I found far less using the Equinox the few times I tried them. (3 leaked!/ and why I did not grab a Manticore) I do like the simplicity of the Legend and how small it packs for travel, and I sure like the Deus II. But so far everything in my test garden those 2 can hit, so can an FBS Safari, I loan to non-detecting friends. I still have my trusty Excalibur, but am thinking about getting another CTX 3030 for hunting shallow surf. Those who jewelry hunt in surf with the newer MF machines, are they as quiet/simple as BBS/FBS? Thanks!
  2. I visit several Facebook (Meta) group specific VLF detector sites along with making it a point to regularly come to this awesome forum while also checking in over at Friendly. I am saddened by what I see being reported as depth issues after performing online available software updates for detectors like Deus 2, Equinox 600/800 and of course, everyones whipping post, the Legend. I have not been to a Manticore Facebook site yet. Maybe there are depth issues being reported there too. I am sure there will be similar issues with the Equinox 700/900 if there ever is an update. I am saddened because being able to do an online software update is one of the real advantages of these detectors that are offered by their engineering teams. Plus, these really are state of the art, excellent detectors. It also saddens me because after reading these reports, I wonder if there is something wrong with my software updated detectors, the software itself, the downloaded update tool or are there different board level components or different main PC boards being implemented by some of these manufacturers post production due to supply chain issues that simply work better than the original parts/boards or just the opposite. My last reasonable wondering is: are the variables in computers and their capabilities, operating systems, firewalls, virus prevention software along with the differing quality of various internet data services just too big of a hurdle for these company's software engineers to plan for properly? Then there is the remote possibility which is just nuts.........are these companies trying to sabotage each others detectors online by infecting each others software and update tools or is there a third party source for this malign behavior. Please tell me that is not going on. There certainly are a few unfortunate people like D. Smith on this forum and his Legend issues which are real. There seem to be others that simply are setting up their detectors to fail judging from their postings and supporting videos which usually show improper settings for the task they are trying to do. Then there is the piling on/placebo effect. Just to put my mind at ease, I took both of my Legends, Manticore, Equinox 800 and Deus 2 with their biggest 11" coils out to my test area to detect some 8"+ deep in the ground small high conductor US coin targets. Even in their most basic/conservative settings BUT with lowered iron filter/iron bias settings and with the iron target IDs/audio accepted, they easily and fairly equally hit all of those targets. Whooooh, that feels better.
  3. What is the differences between the “range of simultaneous multi frequencies” utilized in both the Equinox 800 detecting modes and the Nokta Makro Legend modes? Here is my attempt to explain my concern: Per the ML Equinox 800 user manual the Equinox provides four (4) detecting modes: Park, Field, Beach, Gold; plus eight (8) profiles divided in two (2) pairs per mode: such as Park 1, Park 2, Field 1, Field 2, etc; and one (1) custom user profile side button. Park 1, Field 1, Beach 1 & Beach 2 are “weighted” on the “lower simultaneous multi frequency range”. Park 2, Field 2, Gold 1 & Gold 2 are “weighted” on “ higher simultaneous multi frequency range. The NM Legend has four (4) detecting modes: Park, Field, Beach (dry & wet) & Goldfield; zero (0) profiles such as Park 1, Park 2, etc; and four (4) user custom modes. All the detecting modes, per NM all modes are optimized for depth. Currently NM has not addressed nor is there a specification “weighing” the range of simultaneous multi frequencies (low, mid, high) utilized in any of the NM Legend’s detecting modes. The YouTube video “Pasture 1” find of a thin coin indicates the “Field mode” may be utilizing a higher SMF range. When the Legend’s user manual is available online perhaps Nokta Makro will explain how simultaneous multi frequencies are utilized or weighed specific to each of the NM Legend four (4) detecting modes. Do the math 4x2 =8; 4x1=4; 4-8= -4. Certainly an answer I will be looking for prior to placing a pre-order or purchase.
  4. Assume the last remaining metal detector manufacturer produced only two (2) models of the same detector with all the same features; the only adjustments you could make were ground balance, EMI and volume control. All the other features, filters, the coil, etc are identical but factory set & locked and not adjustable plus there is only one (1) all-terrain/all-target search mode. The only difference between the two detectors is one offers a range (4 thru 60) of Simultaneous Multi Frequency (SMF); the second detector offers multiple selectable frequencies (4, 5, 7, 10, 15, 18, 30, 40, 50, 60) which you select. Just before the last manufacturer files for bankruptcy they offer a midnight sale with free international shipping but you are limited to only one (1) of remaining two (2) metal detectors. Which Metal Detector would you purchase and why ?
  5. What is the best device and method to find ancient objects in high depths? (above 2 meters) in Persia? Can you guide me please?
  6. Hello...can anyone recommend a good long distance gold detector? I'm considering investing in one.. Thanks
  7. I am a big fan of the White's SignaGraph display. A version 1.0 was originally developed for the Eagle Spectrum. The Eagle Spectrum underwent a complete hardware revamp, and was renamed the Spectrum XLT. A more refined version 1.1 of the software was matched up in the XLT with a much better LCD display. The SignaGraph was also used on the DFX, and was largely the same as on the XLT, with the addition of multifrequency options. The SignaGraph was later greatly enhanced on the V models (Vision, V3, V3i, VX3) and renamed the SpectraGraph. The genius of the SignaGraph/SpectraGraph is the ability to display multiple target id numbers at the same time, and even to choose how the target id number is determined. Here is the SignaGraph explained by its designer, engineer Mark Rowan. More details can be gleaned from the White's XLT User Guide. Spectrum XLT Engineering Note The SignaGraph™ "Phase Spectrum Analyzer" by Mark Rowan Some time ago, I had a conversation with an avid treasure hunter whose instrument of choice was White's Eagle II SL 90. He described to me a technique with which he could discern pull tabs from rings, nickels, and other desirable targets by listening for some subtlety in the audio response. Then he asked me, "If I can do this, why can't you program the Eagle's microprocessor to do it?" My response was, "If you can do it yourself, why would you want the microprocessor to do it for you?" I mention this as a means of illustrating what I consider to be the metal detector designer's fundamental dilemma, which is, as Prince Hamlet might have phrased it, "To beep or not to beep". More specifically, if you're faced with a target at some depth in badly mineralized ground and the detector has a hard time getting a solid reading on it, what do you do? If you design your detector to ignore the target, and then someone comes along with their El Cheapo brand detector and digs the target, which just happens to be a $10 gold piece -- you're in big trouble. If, on the other hand, your customers find that they're spending most of their time chiseling through eight inches of hardpan and finding bent nails and wads of aluminum foil, you're not much better off. The point I was trying to make with the gentleman who had devised the clever pull tab discriminating scheme was, that if you put too much of that kind of "intelligence" into your metal detector, there are always going to be those targets that you miss because the machine got fooled. Which brings me, of course, to the newest White's model, the Spectrum XLT. The Spectrum XLT has all of the features, performance, and flexibility of previous members of the Eagle series, plus a new display which makes the instrument remarkably easy to use. It also makes use of a new way of displaying information about targets -- the "SignaGraph™ or "Phase Spectrum Analyzer" -- which shows the operator everything that we currently know how to display about the characteristics of metallic objects in the ground. In this way, we have gone a long way towards addressing the dilemma I mentioned earlier. The Spectrum XLT is a very "smart" detector, but it is also an "honest" one. Having done the best it can to determine the probable identity of a target, the Spectrum XLT gives you all of the information you need to make your own decision (human beings are, despite what you might have heard, still a whole lot smarter than computers) to dig, or not to dig. Before I begin to describe in some detail what the SignaGraph™ is and how it works, I should emphasize that you don't need to know how it works in order to use it effectively, and that the best way to learn how to use it.... is in the field. In a very short time you will begin to recognize certain display patterns as being characteristic of certain types of targets. I should also point out that even if you ignore the SignaGraph™ altogether, this instrument still has the audio discriminator, V.D.I. number, that its predecessors had, plus the icons, and some significant improvements in terms of weight, physical size, and ease of operation. White's SignaGraph display For many years, White's has built detectors which identify targets based on a V.D.I. number (V.D.I. stands for Visual Discrimination Indicator) which characterizes metallic objects according to their size, shape, and composition. The V.D.I. scale on the Spectrum XLT runs from -95 to +95. Large positive numbers typically indicate objects which are good electrical conductors; for example, silver dollars will come in at 92. Smaller positive numbers usually indicate objects which, because of their size, shape, or composition, are not as conductive; nickels will read about 20 and aluminum foil may come in near 5. Large negative numbers are typical of targets which are readily magnetized, but which conduct electricity poorly or not at all. Some sands or soils which have a high concentration of ferromagnetic minerals may read -93. Metals containing iron have both magnetic and conductive properties, which causes them to spread over a wide area of the scale, although most typically iron objects will fall in the range -30 to -75. The V.D.I. reading is an excellent way to determine the identity of most commonly occurring targets, although I might mention in passing that the only 100% reliable discriminator is called a shovel. However, as a famous metal detector engineer once said, "Life is grossly unfair" (actually, there is no such thing as a famous metal detector engineer, and life really is fair, it just doesn't want anybody to know). For one thing, the signal which a detector receives back from even moderately mineralized ground is typically much stronger than the signal it receives from the targets buried in it. This makes determining an accurate V.D.I. number for a target at any substantial depth a very challenging business indeed. Furthermore, some targets will cause an abrupt change in V.D.I. response during the course of a single pass under the loop; the most notorious of these are the dreaded bottlecap and the dreaded small piece of foil near the surface in bad ground. Enter, as they say, the Spectrum XLT. The SignaGraph™ is very similar in some respects to the familiar analog V.D.I. meter. The display is calibrated from left to right in V.D.I. units, from -95 to +95. When the loop is passed over a target, a V.D.I. determination is made, and a vertical bar is placed at the appropriate place on the scale; near the right end of the scale, say, for a reading of 78. So far, this is just what an analog V.D.I. meter would do. At this point, the similarity ends. An analog meter can indicate only one value at a time; with the SignaGraph™, up to 30 readings can be displayed simultaneously. Also, the vertical height of the bars in the display has significance; the height can either be used to indicate signal strength or a running total of the number of readings at that point on the scale ( the operator may choose which of these two indications is to be used). The advantage of this type of display format becomes evident when the loop is passed over a bottlecap or some other flat, thin iron object. Although the instrument may respond with a loud, clear audio output, and the V.D.I. readout may register a value near the upper end, the SignaGraph™ will tend to "smear out"; numerous segments will appear throughout the display, many or most of them in the negative (typically iron) range. Try the same things with a coin, and you won't see the "smear"; typically you will see 1-3 bars grouped closely together near the top end of the scale. If any smearing does occur, as it might on a deep coin in bad ground, the more accurate readings will stand taller in the display and will tend to persist from sweep to sweep. Another unique advantage of the Spectrum XLT is the ability to make use of information gathered during the course of multiple sweeps of the loop. For years, clever detectorists have realized that by passing the loop over the target repeatedly and mentally keeping track of the range over which readings appear, and the most frequently occurring numbers within that range, they can achieve the highest possible accuracy on really tough targets. The Spectrum XLT performs this operation automatically. The standard mode of operation is the so-called "Graph Averaging" mode, in which a continuous count is kept of the number of readings that fall into a particular slot in the graph. This might also be a good time to mention that more than one V.D.I. determination is made during the course of a sweep; sometimes as many as 6 or 8 readings will be taken during a single pass, so it only takes a couple of sweeps for the effect of averaging to become significant. What you will see in the field will be a single bar on the display which will "grow" until it stands out prominently above the other bars on the display. Although it is not necessary to adjust them, there are a number of controls that allow you to customize the way that the graph is displayed. It can be set up to clear itself on each sweep of the loop, if you find that too much information is persisting in the display for too long. Or, you can configure it to let the vertical bars fade slowly out of view. Even the rate at which this fading takes place is adjustable. If you don't want to be bothered with any of that, then don't be. The factory preset settings should work just fine for almost anyone. For those of you who want to know an explanation of Accumulate, Average, and Fade, one is included in this Guide. If all of this sounds confusing or mysterious to you, allow me to put your mind at ease. The Spectrum XLT is one of the simplest-to-operate detectors you will ever use. I shall describe just how and why it is so easy to use momentarily; but before I finish talking about the SignaGraph™, I want to say it one more time-- you don't need to be a Nobel Prize candidate to figure out what the display is telling you. The usual response from somebody seeing it for the first time is something like: "Okay, I get it now. Now leave me alone and let me hunt!" What is it that makes the Spectrum XLT so easy to use? The key is something that is known in the software business as a "menu-driven interface". To implement that, we have used what is known in the display business as "A True Graphics Display". What all of this means to you, the user, is that all of the controls and options are listed clearly in plain English on the display. A flashing arrow appears on the screen next to one of those options; you can move the arrow up or down with the two "arrow" keys on the 5-key touchpad. When the arrow is next to the control you are interested in, you push the ENTER key. That is everything you need to know to run this machine. If you are like me and you hate reading instruction manuals, I believe I can safely guarantee that you will be able to operate the Spectrum XLT successfully your first time out without ever having to open the cover -- although the manual should be extremely helpful if you want to fine-tune the performance of your detector by adjusting any or all of a rather lengthy list of professional options. Incidentally, another name for this method of running a machine is the "point-and-shoot" method; you point at what you want, then "shoot" with the ENTER key to make it happen. Finally, for those in a hurry, there are a number of "shortcuts" designed to make accessing commonly used features as fast as possible. What makes the Spectrum XLT even easier to use are the factory preset programs (like those in previous Eagles) which you can load with just a few simple keystrokes, following the prompts in the display. These programs configure the machine automatically so that the beginner or casual treasure hunter can expect a great deal of success over a broad range of conditions. Any attempt on my part to detail all of the advanced features and controls which the Spectrum XLT has to offer would probably leave me with blisters on both of my typing fingers. Suffice it to say that all of the features we have had in previous state-of-the-art detectors are here in this one, plus several new ones. Most of the features are there because somebody asked for them -- the moral of the story being, keep those cards and letters coming, and we will continue trying our best to give you the kind of detector you really want. Mark Rowan was a Senior Engineer for White's Electronics, Inc. Mark holds degrees in General Science, and Electronics Engineering Technology, and is a graduate of the University of Oregon. His background includes satellite communications and RF test and measurement instrumentation. White's SignaGraph examples from Spectrum XLT manual
  8. So what sells metal detectors these days? A lot of the market now is driven by “influencers” on YouTube and other social media. There is no requirement that the person involved have any genuine knowledge about what they are talking about. All that matters, and I mean all that matters, is how big their viewership is. That’s the way the media works these days. Truth, accuracy, etc. are completely secondary to how many eyeballs you can draw. In fact you can have a show or channel about complete BS and as long as you can draw viewers in large numbers, you are golden. Metal detector video by nature tends to rely on contrived tests. The most widely seen is perhaps the Monte Nail Board test. But there are endless variations of tests using wood blocks and styrofoam blocks, you name it. These all remove the most important thing about a detector - how well does it separate the target from the ground? Ground conditions (wet, dry, salty, 3D trash density) and magnetic mineralization rule everything from depth to target id accuracy. But that does not matter. What is important is it is popular and people believe it. So the manufacturers do now pay attention to producing detectors that perform well in these videos, and if performing well in the videos means maybe not so well in the ground at the end of the day you do what you need to do to sell metal detectors. Thats job one - sell metal detectors. This reliance on these types of tests and the people who do them go a long way to explaining why recent detectors do well with the YouTubers but not so well with the people that really use them. This forum tends to downplay contrived tests in favor of actual in field use on actual found targets, by expert users. The answers often are nuanced and lack the clear quick black and white the marketers need to sell the product. Finding the truth on the Manticore means reading 100 posts or more on the subject by a wide number of different real world users in different locations. The truth emerges over time, not in a five minute video shot by a guy who has had the detector for three days, if that. To sum up though it all comes back to how important it has become to do well in air tests and the Monte test, with actual stable performance in the ground being a secondary factor. And unfortunately a detector jacked up to do well in the air does not often do all that well in the ground. I relayed this story before. I was at my Moore Creek Mine in Alaska, and a visitor arrived with a Fisher 71 kHz Gold Bug 2. I was swinging a Fisher 13 kHz F75 at the time. He thought I was an idiot as he knew for a fact his Gold Bug 2 did better on gold than the F75. Now mind you, the goal at Moore Creek was 1/4 ounce and larger nuggets. Those were daily finds with 1-3 ounce nuggets common. He was pretty adamant so I said “here, let me show you something.” We took a 1/4 ounce nugget and air tested both machines. The Gold Bug 2 easily trounced the F75 and I could see the smirk on his face from the result. Then we buried the nugget in the ground. The F75 easily hit the nugget beyond the point where the Gold Bug 2 would even signal at all, and not by a thin margin. The guy was astounded. But he simply did not know that high frequencies air test well but fall on their face for penetration in bad ground on larger targets compared to lower frequency detectors. The same error is made repeatedly with PI detectors, either testing them against VLF detectors in the air or in low mineral ground. PI basically exists as a solution for extreme conditions, and testing them outside those extreme conditions is not only inaccurate but highly misleading. The same can be said of any this versus that VLF tests that remove the ground from the equation. It’s just not as dramatic as with PI versus VLF, but it is real all the same. When you are spitting hairs like so many people do these days taking ground out of the equation is ridiculous.
  9. I do understand that (at least in the Deus world) discriminated targets still gives an iron sound, and notch is silent. Also that you can have multiple ranges of notching and that they don't have to start at (or below) 0. I've got that. But internally, programatically/technically why do we have both? Does one affect depth or speed of processing more than the other? Any other differences?
  10. What do the ground balance numbers indicate? IE, when I manually ground balance and it's around 25 what is it telling me?
  11. Greetings! I have a thought that I believe, would produce the biggest-selling Gold Detector the market has seen since the introduction of the Gold Bug 2. A 71 kHz Gold Bug. It would be the lightest VLF Gold Detector out there. Minelab Gold Monster 1000 = 3+ lbs., with Battery Garrett Goldmaster 24K = 3.4 lbs. Nokta Gold Finder 2000 = 3.7 lbs. Nokta Gold Kruzer = 3 lbs. Gold Bug = 2.5 lbs. They could keep the Gold Bug @ 19 kHz and reintroduce the Pro model @ 71 kHz OR keep those two the same and make a Pro Model called the Gold Bug 71. I'd buy one as soon as they were available and as a dealer would push them like crazy.
  12. I always thought that GB settings were independent of the Recovery Speed. Is that true for the MF detectors, like the Equinox: i.e. if the recovery speed is adjusted, does the GB stay the same, or also needs to be changed as a result, everything else being equal?
  13. Hello everyone. The following is an air test using the Legend with the 11” coil, all metal, max sensitivity, default recovery speed, on a silver dime and a large diameter 10k gold ring. I tested in my backyard that has what I would call “medium” EMI (3 medium power lines, and 1 low power line). I would consider being near those large power towers as “high” EMI, and out in the country with no power lines near, as “low” EMI. I’ll follow up tonight or tomorrow with the results of the same test in a low EMI area. Even though I tested using the Legend, I’m thinking the results would be similar with other similar detectors and the same testing methodology. M1 is mid weighted, M2 is high weighted, and M3 is low weighted. Silver dime / Gold ring M1 - 13” / 17” M2 - 13” / 19” M3 - 13” / 17” 4 khz - 12” / 14” 20 khz - 13” / 19” 40 khz - 13” / 17” I’m giving my margin of error as ½” either way, but realistically, there was no “oh wow” air depth difference on the silver dime using any SMF or SF mode. However, there could very well be a depth difference based on the ground mineralization. But, I’m testing EMI in relation to depth, so the air test will suffice for this type of test.
  14. We’ve all seen numerous separation tests posted on YouTube and the vast majority that I’ve seen are simply air tests. I've conducted numerous separation tests over the years and one thing is most apparent....at least to me....air testing separation capabilities borders on a waste of time...for the most part. Most recent example; I successfully separated good targets from bad using the Deus II in Beach Sensitive during an air test i.e. targets were exposed on the ground’s surface with approximately 1 inch separation. When I buried those same targets at the same distance, one from the other, at a depth of 3 and 6 inches, NO separation….and this is not unusual. I pretty much ignore air tests of any kind. Why? That's obviously NOT the way we hunt. We detect targets that are buried in sand or soil don't we? I always abide by the Army approach from my day...."Train as you fight." Can you get something out of air testing? Doubtful, maybe, sometimes, but don't take those results to the bank...if you do you'll be sorely disappointed when you apply those same parameters/results to buried targets. Bottom line...for me: Tests that are conducted under the same realistic conditions that we find in the field will be much more reliable than those conducted under artificial conditions such as air tests...no matter how elaborate. I've seen far too many spurious results from tests conducted under artificial conditions. Just the experience from my old foxhole....you may have a different experience.
  15. Hello , It would be great if the youtubers who have lot of followers make a video of that to share at maximum . - Take 12-15 differents coins of your country ( the coins you use all the day ) -Make a pile (heap ?) with that coins ,like a little tower -Keep this pile beetween your thumb and other finger . -Swing that in front of the coil , at 3-4 inches , the side of the coins ! -Now try that with all the detect mode , not need to change factory presets ( maybe only the accept to 0,1,2 in field 2 ) , you are free to try differents settings later . -The only and important setting for the moment is to change frequency , try 5,10,15,20,40 and multi in each detect mode . Of course multi in the two beach and 20,40,mutli in gold . What is happening ? I know the results , but i want to know the result of the coins of USA,England, australia ,canada .... So please share your results in comments or video Make that with different detectors , if you have impact or deus or other who have various frequency , try to switch all frequency . You can try that with HF white coil if you have , but .... The conclusion is multi IQ obsolete the others single freq . We can debate of that .
  16. I just watched a video of a guy comparing the new legend to the equinox on Monte’s nail board test. Sorry, but I don’t have a link to it, but I think I saw it over on the friendly forum. In the video he is using the nox and says he has the recovery speed set at 8 and sensitivity at 23. Then he also mentions that recovery speed is what’s important on this test, not sensitivity. I have to disagree. Running 23 sense on what is basically an air test with an 11” coil only a few inches above the targets seems like way too much power to me. Monte has confirmed that this test of his was developed from surface finds. So I’m thinking this guy would have gotten better results (with both nox and legend) by lowering the sensitivity dramatically. Like maybe down to 10 or 12 on the nox. Am I correct in my assumptions? I have a site near my house that’s loaded with old iron. Most finds are 3-5” deep or less. I’ve actually compared non ferrous signals with low sensitivity and then bumped the sense up to 20 or so and the signal is more muddled and much more iffy to define than on the lower setting of around 12. I’m just curious why these guys doing the nail board tests aren’t at least trying a lower sensitivity setting?
  17. Winter will be starting to set in soon, and cabin fever will soon be running rampant , time to think about the next dream machine from Minelab. What improvements would you like to see over the Nox 800? Preformance is always a biggie. More depth, more Stable ID at that depth. Wider numerical ID system, 0-100. Better selection of optional size coils. Or, maybe an etrac or explorer features in the nox liteweight style? Adjustable handgrip pod. EMI elimination system. If you request it, maybe they will build it. 😁
  18. First off I have watched several youtube explanations of threshold. I think as a noob, I am missing something. I just don’t really see the usefulness of more tones to listen to and process. Am I right in understanding a break in threshold is the same as an iron grunt? Can someone who uses threshold explain the benefit?
  19. I have a detecting trip coming up in a couple of weeks here in OZ and will be detecting around the new moon phase . I was wondering if anyone has noticed any influence with the moon full or empty when they have been detecting? I Personally like the full moon due to how much brighter and easier it is to navigate around when night I'm detecting. I have noticed that the ground is a little bit nosier as apposed to no moon, but still not 100% sure. We all know the moon influences the tides and animal behavior. Does it affect EMI ?, ground noise ? hot rocks etc. Cheers Ozgold
  20. Over the last three to four years we have eagerly awaited new machines that will give us an edge to find the ever so deep or trash hidden targets. We have seen multiple manufactures come out with detectors will all kinds of bells and whistles that are supposed to make our hobby more exciting. I've seen lighter, deeper, MORE power, user friendly, more expensive, Multi frequency and the list goes on and on. As each and every day passes, more and more housing developments and parks are being constructed. With that comes a tremendous amount of new power lines (buried or overhead) and WIFI. There are places that I hunt that EMI was never a factor, But now I'm dealing with it on a regular basis. I'm fairly sure that most of the issues are WIFI related (maybe I'm wrong). For instance I can detect directly under a huge power line with very little interference, While I hunt a particular park with a housing/townhouse development that borders it and my machines will go mental. This one park in particular at 7:00am on a Saturday will be quite peaceful, and be unbearable by 9:30am. I'm guessing that as people wake up they are hitting up their social media accounts and other various computer related stuff which causes all of my suffering. I can not be the only one that is dealing with this problem. So the first question is would you like to see a machine that can deal with/overcome EMI and WIFI??? Second question, Can Manufactures deal with this issue or is it some KHZ related issue that we have to live with thanks to the FCC??? Third question, Is it even on their radar??? This is an issue that most of us bitch about but nothing seems to change or get addressed. SO let me know what your thoughts are, This has been bugging me for quite some time. I hope the Engineers from Minelab, Nokta, Garrett and others are listening, This is something that I would be really interested in!!!!
  21. Are all losers in the 21st century. Why are prospectors stuck with large bulky tip over devices when we know at this point the manufacturers can do better? Why have this? When we could now have something like this? 2.5 lbs, built in wireless headphone capability, fully rechargeable and runs for days on a single charge, completely dirt and water sealed, good range of coils at a decent price. The closest you can get to this is a Gold Bug Pro, which honestly is not half bad, but it's not as good at hitting gold as the other three up top, and the control box is still three times larger than the one at bottom. So how about it manufacturers, anyone interested in building a genuine 21st century VLF nugget hunter instead of continuing to sell us old boxes that really are so last century as to be sort of embarrassing at this point?
  22. A friend of mine from France bought it and saw the gold bracelet with a big coil at 1 meter 35 cm. The seller and producer is a young person, looks like a very entrepreneurial person, I did a lot of research. And his father has all his detectors tested in the volcanic region, almost at the foot of Mount Ararat. Most detectors can't pass through volcanic stones and stones that show metallic reaction. Should I buy Extreme Deepest with you? There are descriptions of the product on the Extreme Detectors official website, but when I asked them, they said that they would shoot field videos of the product, if there is another field from this device, I want to buy it. It is really not easy to get a gold bracelet with a big coil, so if it is a collective treasure or treasure , he will find it more deeply . What do you think, what is your opinion?
  23. Forget VLF and PI: here comes the BastardXWave! Fully utilizing the latest XWave technology the BastardXWave detector punches far deeper than any other detector ever invented in the long history of detector prospecting, both on land and sea (it’s submersible to -801 metres). With this detector there is absolutely no need to dig for anything except your favourite metals, coins, jewellery or relics. Its vastly superior XWave detecting technology ignores all crap, including bottle tops, aluminium foil, nails or lead sinkers/birdshot (and everything else you don’t want to dig). It’s as easy as flipping the dial to the ‘IGNORE ALL CRAP’ mode and the BastardXWave does the rest. In the IAC mode the user has a ‘Voice Assist’ option where a very seductive female voice suggests you dig a bit further to the left or right to hit the hot spot. Obviously, by dialling the ‘DIG ALL CRAP’ mode you’ll be digging crap all day long. Although any serious detector prospector will scoff at the DAC mode, it does keep newbies and kiddies entertained for days (if not weeks). Once you’ve flipped to the desired mode, you’ll need to tell the BastardXWave what it is you’re looking for. If you only want to find gold just push the ‘FIND GOLD YOU BASTARD’ button in the IAC mode. In the FGYB setting the BastardXWave will immediately find gold no matter how tiny or deep in the hottest ground, just wave the detector in the general direction of the area you want to search (you don’t even have to leave your car, just make sure you wind down the windows). You can rest assured that in the FGYB setting all you’ll be digging for is gold, in fact you’ll find so much of the yellow stuff that you’ll be able to pay someone else to do the digging for you. It’s the same for all other metals (such as silver, copper, lead or zinc), just hit the right button whilst in the IAC mode and become an instant billionaire! If you have the urge to find only alloys, just hit the ‘FIND ALLOYS YOU BASTARD’ button in the IAC mode and the BastardXWave will hone in on any alloy humankind and aliens have ever created. Here the ‘Voice Assist’ girl tells relic hunters whether they are digging for an ancient pewter goblet or a wrought iron spoon. In fact, the seductive voice easily identifies the age the relic was created, for example during the Victorian Age or even the Bronze or Iron Ages (if some hunter-gatherer smelted it, the BastardXWave will find it!). Besides analysing age and metal combinations, the detector also shows the condition and current market value of any relic it has spotted, this is of great value in deciding if your lackey digs or not. To find any coins of any country no matter how old just push the ‘FIND COINS YOU BASTARD’ button in the IAC mode and away you go. Just walk around any public place (parks, sporting grounds, beaches etc.) with the FCYB setting turned on and the BastardXWave will alert you to the nearest coins in the vicinity, no matter how deep or how salty or hot the ground. This handy feature means there is no need to swing the detector until it plays ‘We’re in the money’ (a very appropriate ditty by the ‘Gold Diggers'). Likewise, simply pushing the ‘FIND JEWELRY YOU BASTARD’ button does the same thing for any piece of jewellery you can think of. In the FJYB setting the detector will play George Jones and Tammy Wynette’s ‘Golden Ring’ before you need to start swinging. The BastardXWave is also extremely sensitive to diamonds and other high-value gemstones; in the ‘FIND GEMS YOU BASTARD’ setting it’ll play Marilyn Monroe’s ‘Diamonds are a girl's best friend’ as soon as it shoots your latest stone-clad crown. Finding rare earth metals (including cerium, dysprosium, erbium, europium, gadolinium, holmium, lanthanum, lutetium, neodymium, praseodymium, promethium, samarium, scandium, terbium, thulium, ytterbium or yttrium) is also simplicity itself. Just flip the dial to IAC mode and hit the ‘FIND RARE EARTHS YOU BASTARD’ button. This will promptly find all of the rare earth metal thus far discovered (and even those that haven’t) down to extreme depths very close to the Earth’s core (some might be a bit too deep to dig). As with all the other settings, the FREYB setting can be tuned to the maximum depth you feel like digging; for example, your average detector prospector will be very happy with the 1-5 metres range whilst global mining companies use the BastardXWave to find tiny deposits of rare earth metals several kilometres deep. Likewise, finding meteorites of any size or composition is as easy as pushing the ‘FIND METEORITES YOU BASTARD’ button whilst in the IAC mode. This will instantly link the detector to satellites which beam down the latest lat/long coordinates of impact zones near you and pinpoint the nearest fragments. The BastardXWave also accurately predicts where and when the next meteorite strike will occur; another very handy feature which besides finding meteorites also allows you to take cover at just the right time. The BastardXWave’s manufacturer is currently working on ‘ERADICATE POVERTY’ and ‘STOP CLIMATE CHANGE’ settings. These awesome new settings will be available in latter models (including the BastardXWave Pro, BastardXWave Lite and BastardXWave Drone). Disclaimer: Due to deep fears of Chinese industrial espionage, the manufacturer will never release any photographs or technical information on how the BastardXWave works. None the less, you can still order one by privately contacting the manufacturer to haggle a fair price. The manufacturer will only sell the BastardXWaves on the condition that the buyer promises not to brag too much about how much money they’re making from this detector. Because the BastardXWave is so undeniably unique, the manufacturer regrets that there will be no refund after it’s been mailed to the buyer. Nor is there any form of warranty or spare parts. Just one left! Buy it now before it’s sold out!
  24. I gave my original 1991 Whites Eagle spectrum to my second oldest grandson 25 years old a week ago. Memory is some thing that needs prompting at my old age, required to get by or great/dreadful/survival memories that are easily remembered. He has gone out and brought the accessories coin shovel, pin-pointer and detector harness as soon as he could with no input from me, but his choice was not too bad. As I was given the detector by the wife of my boss who I showed my methods of chasing gold in the 1980 to 1999 (he was the Charge Engineer at a 1500 Megawatt Power station where I worked) when he died 20 years ago. At that time gold in West Aust. was more important that learning his detector. So far my grandson has been air-rating his dad lawn 🤣 that is completely full of junk that it is hard to find a square foot of area of no junk. So far he has got a few coins (including a USA 1 cent and I got a Canada 5¢ coin) and a lot of their broken small cars and othertoys. How ever he played with the setting before he went to a beach and found he could get only a inch or two on coins. When I tried to adjust the setting I manage to pick up the Canada coin at 6" which was a great improvement on his setting. He has seen most of my coin and gold finds he thinks this OLD granddad is an expert and knows how to set it up better than him. This resulted in me doing some research on vintage detectors to find what I was dealing with. Anyhow I found this article that might interest/revoke memory of you guys. Are Old Metal Detectors as Good as the New Ones? .......Souce LINK.......
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