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Garrett ATX in Australia

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    • By Steve Herschbach
      Published on Dec 22, 2017 - Glenn Wadstein mined Sterling Creek Mine from 1986-2001 and found pounds and pounds of gold. He built his own equipment and treated the job as a sand and gravel operation. Here's the equipment he built, the way he moved overburden to reveal the ore and how he processed the ore to filter out the gold. Wadstein took this video in 1986 at the outset of the mining operation, edited it into a clear and descriptive narrative and then converted the video to digital format in 2017. Wadstein narrated the video on October 22, 2017 at the Ashland Literary Arts Festival held Hannon Library, Southern Oregon University.
       
    • By Steve Herschbach
      ATX, TDI, GPX. What is it with detector companies and three letter acronyms? I liked it more when they were called Coinmaster or Goldmaster. At least that gave you a clue about what the detector was supposed to do.

      The three detectors representing the state of the art in ground balancing pulse induction (GBPI) metal detectors. The Garrett ATX, White's TDI, and Minelab GPX 5000. You rarely see them all pictured together so I thought I would post one.

      Garrett ATX, White's TDI, Minelab GPX 5000
      These three detectors are all very good at what they are basically made for, which is dealing with ground mineralization and hot rocks that make using VLF detectors very difficult. In particular VLF performance is severely impeded in extremely mineralized ground. In low mineral ground a good VLF prospecting detector running in all metal mode can deliver results rivaling PI detectors with the added benefit of having good discrimination options. Anybody doing much prospecting, however, will eventually run into locations where ground mineralization and hot rocks makes using a VLF such a challenge that a good ground balancing pulse induction detector is the only real option.
      The GPX 5000 represents the current state of the art, and is the easy option if money is no object. It is well designed for long hours of prospecting, has an incredible variety of optional coils, and can handle most any ground conditions with many tuning options.
      The Garrett ATX provides performance that comes close to the GPX at a much lower price, with the added benefit of being waterproof to ten feet. Actually, this is only a benefit if you need it. Otherwise it makes the detector heavier than need be and limits the available coil options. Still, if the GPX is not an option the ATX would be my next choice in a new detector with a warranty. For those needed waterproof it is the only real option along with its predecessor, the Garrett Infinium.
      The White's TDI is an older design but still very capable. It costs less than the other two options, and unlike the Garrett it has light weight versions and models that can be hip or chest mounted. It is a good option to explore for those on a budget or needing the most ergonomic solution. The TDI is also a very respected beach detector, like the ATX above, but it has no waterproof option.
    • By Steve Herschbach
      The Garrett ATX and the Minelab CTX 3030. Are they an odd couple, or a perfect couple? Here is a side by side photo for your consideration.

      Minelab CTX 3030 and Garrett ATX
      The Garrett ATX and Minelab CTX 3030 share a certain similarity of design with coil cables hid inside the lower rod assembly and controls on the end of the handle. Both are waterproof to 10 feet. Yet they are also exact opposites in that the CTX is one of the best discriminating VLF detectors you can buy, whereas the ATX is a dig it all PI detector designed for maximum depth in very difficult ground. They actually do make a really good pairing as they complement each other very well.
      I am an avid prospector and also a very avid jewelry hunter who needs to be able to hunt in the water. It would be a very hard thing for me to do, but if I had to narrow it all the way down to only two metal detectors, you are probably looking at the two I would choose. I would be making quite a few compromises but the bottom line is I can do just about anything I need to do with these two detectors together, and do it quite well.
      As it is when looking at the two it really boils down to whether you need good discrimination or not. The CTX has it, the ATX does not.
    • By Steve Herschbach
      Well, back home safe and sound after a couple weeks in Hawaii with my wife. We visited the island of Kauai for the umpteenth time. We like the laid back vibe, made even more so by being familiar with everything. We do what we both like - she relaxes in the sun and I go metal detecting. And lots of walks and dinners together.
      I am glad I waited to post this as I have calmed down some now. A post a week ago would have been a bit much and made the Garrett ATX sound like God's gift to metal detecting. Now I can be more even handed about it. I will do up much more of a story for Steve's Mining Journal soon. This is just a post about how the Garrett ATX did for me in Hawaii.
      The back story is told at Steve's Mining Journal about prior trips made to the same location over the years. Hawaii has always been a pet project of mine as it is the most difficult environment I have even encountered for a metal detector. There is of course the salt water. There is also literally military grade electromagnetic interference (EMI) from military installations plus missile and satellite tracking stations. Finally, there is a mix of non-magnetic coral sands and volcanic basalt derived sands and cobbles.
      If you stick to the tan to nearly white sands you can get decent performance from many detectors. But when the basalt gets involved is where things get fun. Most prospectors are familiar with basalt rocks and the challenge they present in gold prospecting. Well, just take the same hot rocks and douse them in really salty water and heavy duty EMI and you have Hawaii.
      Multi frequency VLF detectors like the Fisher CZ or Minelab Excalibur do ok in in the stuff but lack any real punch. They do best in the whiter sands, but the basalt sands and cobbles really leave them feeling gutless. I went to PI detectors early on, and overall probably had my best results with the various White's Surf PI models. Again, however, they worked best in homogenous materials. Places where the white sands and basalt cobbles mixed gave the Surf PI fits as it hit on the basalt cobbles. In darker sand beaches it was near impossible to keep the machine steady over the bottom in the surf, leading to lots of false signaling.
      I tried several Garrett Infinium detectors in Hawaii and got tantalizingly close to the detector I wanted. The Infinium as a ground balancing PI could tune out the black sands and hot rocks and eliminate many of the false signals. But it introduced just as many if not more by an inability to play well with salt water and EMI. The interference in particular made the Infinium almost unusable at times. I really wanted a stable Infinium, and confirmed this idea by using the White's TDI in Hawaii. It seemed to solve the issues I was having with the Infinium and so I waited for White's to make a waterproof TDI. And waited. And waited.
      I waited so long that Garrett had time to take what they learned from the Infinium and another model, the Recon, and build a next generation PI, the Garrett ATX. I was cautiously hopeful that all the noise I had made over the years had been heard, but frankly, I was not getting my hopes up too much. On top of that, the good old days are gone. I used to spend a couple weeks in Hawaii years ago and never see anyone with a detector. This trip I saw people every day! Ok, often the same guy but also more different people detecting than probably all my previous trips combined. The competition has gotten fierce by comparison to the old days.
      And yet I just had my most successful trip to Hawaii ever. I recovered over a couple dozen rings with the ATX and half of those were gold or platinum. Some silver rings, a nice 14K bracelet, and a pile of coins and there inevitable PI junk. You will have to wait for the full story for details and more photos but here is a teaser of many of the good finds taken a few days before I wrapped up.

      Eight Gold and Two Platinum Rings Found by Steve Herschbach with Garrett ATX in Hawaii (Click on photo for larger version)
      You can probably see why a post earlier might have been a bit overly excited! This despite bad weather early on and all the extra detecting competition.
      The Garrett ATX is the best PI detector I have ever used for difficult water hunting. Hands down, no comparison. I have to qualify that by saying that what makes it shine is the severity of the conditions. A person buying it and using it on clean white sands in Florida would probably have a less enthusiastic reaction.
      There is a lot of confusion regarding ground balancing PI (GBPI) detectors like the Garrett Infinium or White's TDI. They do not air test well against good VLF detectors and indeed do not really perform all that well against them in mild ground. People never really understand what detectors like these are all about until they get into difficult ground. The kind of ground where the best VLF detectors lose half their depth, the GBPI detector just keeps plugging along, and all the sudden now have a big depth advantage. Not because they go so deep to start with, just that VLF detector fare so poorly in really bad ground. GBPI detectors only really shine in the worst conditions.
      Let that sink in because it is very important. Anyone reading this should not get the idea these detectors are the be all or end all for all circumstances. But when the going gets tough, when other detectors fall on their face, a GBPI detector like the Garrett ATX can be the answer.
      Tuning a detector like the Garrett ATX can really bother some people. There is this resistance to doing anything that reduces the theoretical max depth of the detector. As soon as you start getting into reducing settings the feeling is that "well, yeah, but now it does not go as deep". The reality is that any machine that can be run maxed out in bad conditions has left some performance on the table. You may be able to max settings in benign ground, but you should have to back off of max settings in really bad conditions. That is why the controls exist - to compensate for bad conditions. The goal is to be set as high as possible while getting stable performance. The ATX is a powerful detector, and so it should be expected the machine has to be dialed back in severe conditions.
      The ATX has three adjustments that affect the depth. The Gain control is the simplest. You decrease the sensitivity of the detector to help compensate for conditions that are introducing too much noise. Just like the Gain or Sensitivity control on a VLF detector. This control was lacking on the Infinium and is a major reason why the ATX is superior. There is the pulse delay, which Garrett labels as a discrimination control. It is, sort of. Without getting all technical on you it is also a sort of sensitivity control, in that increasing the delay or discrimination also eliminates signals from weak conductor targets like foil, hot rocks, or salt water. This is really the only control you have on the Infinium to deal with false signals and it serves a similar function on the ATX.
      Finally, you have the ground balance. The ground balance is basically another type of discrimination circuit or filter. The signal produced by the ground is determined and then eliminated. However, this comes at a cost. Items that read the same as the ground signal are also eliminated, and items near to the ground signal will exhibit reduced signals.
      The White's TDI makes it easy to demonstrate this. You can turn the ground balance completely off, and when you do so the machine air tests far better than it does when you turn the ground balance on. This is because of the subtractive nature of the ground balance circuit on the TDI. Also, because it has a manual ground balance, you can see the effect of tuning the ground balance control closer to and farther from a particular target response. Instead of tuning out the ground the control can be manipulated to tune out other items instead. It is just a basic discrimination circuit.
      Different ground balance methods can affect items to greater and lesser degrees so the example shown by the TDI should not be taken as being the same with all detectors. But the effect is real and does exist to some degree on all ground balancing detectors, both VLF and PI.
      So why use ground balance? That should be obvious - to tune out ground responses. If there is no detectable component in the ground you would be better off without the ground balance circuit. Such conditions rarely exist, but they do exist. Absolute pure white coral based sands are one of them. The ATX at its hottest will detect salt water however, and new to the ATX is the ability to ground balance out the salt signal instead of the ground signal, but you are trading some sensitivity for stability doing it.
      Long round about way to explain that when the Garrett ATX is turned on with factory default settings the ground balance setting is at a minimum. The ATX should be tried first with the factory default setting and on many beaches you will not want to ground balance it. Just leave the discrimination (pulse delay) at zero, set the gain as high as possible while still allowing the machine to be stable, do a frequency scan, and go.
      In Hawaii at my location however I could not do this. I could on clean sand but not in the cobbles I wanted to hunt. But first, a total surprise. My ATX was almost totally immune to the EMI that I had previously experienced on Kauai without even doing a frequency scan. The frequency scan was basically redundant. That one thing made the ATX a huge advantage for me before I did anything else. I would not have believed it had I not had a White's Surf PI along for backup and sure enough, when I fired it up, the EMI was there. It was discernible in the ATX non-motion mode but even then nothing to worry about. I. Do not know what Garrett did or if I have a magic ATX but this one thing alone really floored me. It absolutely eliminated my number one problem with the Infinium.

      Basalt cobbles in sand on Kauai
      A detector with all controls set to max is in theory getting the best depth. But if it is not stable you cannot work with it, so you have to adjust back to find the best balance. The ATX is a very powerful detector and so I found a combination of settings that worked for me to get quiet, stable performance. This is in no way being advertised as a setting to for you to use! It is what I did for this location and other locations will take different settings. In general, the more powerful all your settings can be the better while still being able to have a stable running detector. So the ATX with factory default (minimum) ground balance, zero discrimination (pulse delay), and max gain would be at its most powerful. The worse the conditions, the more you may need to dial the settings back.
      The problem is with all the settings maxed out the ATX is very sensitive to small gold, but that also means it picks up salt water and hot rocks. I played with the gain control and the pulse delay (disc) control looking for a balance that left the detector running quiet. A discrimination setting of three and a gain of seven made the ATX submerged in salt water run like a VLF. I periodically reduced the disc setting or bumped the gain higher and noise was introduced, so settled on the 3 and 7 setting for my Kauai beach. Then I found a fat basalt rock buried in the sandy bottom and ground balanced over it, eliminating the signal. I would be the first to admit these settings were probably aggressive and of course costing me some depth in theory, but I got what I have always wanted in Hawaii. A PI detector running quiet as a VLF and by that I mean just purring along with a threshold sound, and when it made a noise, it was because I had a target under the coil.
      Here is another way to look at it. A very hot detector will detect salt water. It will detect hot rocks. And it will detect things you want. EMI can also be an issue. The trick is to reduce the signals from the things you do not want to hear as much as possible while enhancing the good signals as much as possible. It may be letting unwanted signals through will also increase depth on desired targets a bit. It may also be true that too many signals from undesired targets will inhibit success. You have to decide for yourself where the balance lies. If maximum depth is the goal then digging more undesired targets may indeed pay off. In my case I had plenty of targets, so the goal was quiet, efficient operation.
      I would not hunt clean white sand set like this. I would have the settings maxed out. I had a strategy in mind here, and my goal was to detect in the basalt cobbles. I was not tuning the machine for maximum performance in the easy stuff, but for maximum performance in the worst stuff. I wanted to detect the places where targets were more likely to have been missed by other detectors.
      Finally, after one go with the stock coil, I switched to the 8" mono coil. A few reasons. First, it is easier to handle underwater and fits in depressions better. It can be pushed through sand ridges and is less likely to move on the shaft. And I could find items edge on with it easier than with the stock coil. By that I mean turn the coil on edge and drag it in the sand and it acts like a pinpointer on small surface targets. The edge of a mono coil is very sensitive. A smaller coil is easier to pinpoint with to start with anyway. And honestly, I used the 8" mono because I was worried about sand getting in the twist locks and giving me problems, possibly even seizing up the rod assembly. The 8" mono and shaft assembly was my sacrificial lamb. If it got totally screwed up my stock coil would still be fine.

      Garrett ATX with 8" mono coil (goodie bag attached to arm strap, waterproof watch on handle)
      I may as well relate now that I did have issues with sand in the twist locks but not as bad as anticipated. The lower two twist locks seemed just loose enough that at the end of every outing I just worked them back and forth and the rod in and out and they cleared. But the upper one gave me problems. It got sand inside that refused to come out, even after taking it off and working on it under running water for a half hour. For some reason that upper most twist lock was just a bit tighter to start with and the sand would not clear out. Yet it never quit 100%. I lost most of the ability to twist the lock but it still twisted just enough to hold the rod in place. I am asking Garrett for advice on where to drill a couple holes or maybe slots to see if we can get these things clearing sand a bit better. Overall I actually am ok with them but they need improvement. In other types of sand it could be a big problem. I am going to see if I can get my upper lock to loosen up similar to the lower two and will report back later.
      The rod assembly got scored up quite a bit from being extended and collapsed with sand in the assembly. I will post photos later. Nothing that bothered me but some might hate seeing their expensive detector getting ground up like this.
      I have to say at the end of the day the physical design and the rod assembly in the water were nothing short of brilliant. I have given the ATX low marks for prospecting as being a duck out of water. The waterproof design adds weight, complexity, and expense not required for most dry land prospectors. But in the water the ATX felt really, really good on my arm. It is slightly negative so will settle on bottom if released. But not much; it is essentially weightless on your arm underwater. The rod assembly was a dream. I was working in heavy surf with 40 lbs of lead weight on. I steadied myself many times by leaning on the ATX with absolutely no fear it would break, and the rod never slipped. I could get in the shallows on my knees and shorten the rod down as short as I liked. And just right, no fumbling for the right holes, just loosen a twist lock or two and put it right how I wanted it. Better yet, due to the three piece design, I could also extend the ATX to be longer than any detector I have used underwater. I was in 6 foot of water with just my snorkel in the air, and easily detecting around me. I do a lot of breath hold recovery in deeper water and the ATX was just so easy to adjust for whatever depth I was working at. So easy and so solid and tough that I 100% forgive any little work needed to sort out the twist lock situation. This is one really great handling detector underwater in rough surf conditions that would leave other detectors in serious danger of breaking.
      The 8" mono was perfect for me. It stayed where I put it and I pushed it around a lot. I learned quickly if I wanted to adjust the coil position to be flatter all I had to do is turn the detector over and push down on the nose of the coil. Maybe not as easy as pushing down on the heel of a coil with a rod mounted in the center instead of the rear but no big deal, mainly because the coil stayed put. After two weeks of heavy use I never had to adjust the coil tension and it showed no signs of having any issue with all the sand it ran through. I had no scuff cover, and the coil shows no sign of cracking, just your normal scuffing from use. The epoxy appears much improved from the old Infinium days.
      A weak point - that tiny spring loaded rod lock, the one you flip to disengage the rod and coil assembly. The tiny spring popped out on me once. I took it apart, made the spring end ninety degrees again, and it worked for most of trip, but slipped out again last day. Not a big deal but needs beefing up. Be sure when twisting the rod and cams while cleaning to not hold the detector body. You will be twisting against that little lever. Hold onto the rods themselves and twist the cams.
      We need to find out what the part number is for the coil and headphones connector covers. Everyone should have a couple extra. Better yet, a couple spare caps like are fixed to the back of the ATX to cover the male headphone connection when not in use. One of these to put over the male coil attachment point inside the housing would be very helpful when rinsing and cleaning the ATX. Take the coil off, put the cap on, and now no worries while cleaning. I will find out the part numbers and pricing for those and get some and suggest ATX owners do also.
      OK Steve, quit delaying! What about the rings? I saw no point on beach hunting with all the competition. One guy in particular walked the beach a couple times every day with a Surf PI. I saw a couple Surf PI detectors at work, a Minelab Excalibur, and a Tesoro Sand Shark or Piranha. They all walked the beach and only the Excalibur guy ventured into the trough when it was calmer once.
      I spent all my time in the surf or deeper water with a weight belt and mask and snorkel. I recover targets by fanning or digging. And I went looking for mixed coral/basalt harder bottoms instead of deep sand. I played on the beach a bit and hit deeper sand underwater but basically all my finds came off of more solid bases.
      I am not going to say the ATX was some kind of super depth monster. That would be misleading and really missing the entire point. I have no doubt it was getting as good as depth as could be wrung out of the conditions. I was easily getting nickels down to ten inches in the basalt, maybe a tad deeper but honestly it is hard to tell recovering targets underwater while holding my breath in the surf. The real thing I am trying to relay here is the ATX was rock solid, just like using a good VLF above water, but in the worst detecting conditions I have ever encountered. It allowed me to just get on with the business of detecting targets and recovering them. If I was lacking for targets maybe fighting for another inch would be the name of the game but I never ran out of targets.
      The rings just banged! Nickels hit hard. By virtue of the ground balance system large junk goes low tone and I ignored many low tone targets. That cost me some dimes, copper pennies, and quarters but that is ok. Nickels, zinc pennies, and rings go high tone. As do sinkers, bottle caps, hair pins, and aluminum. Still, being able to ignore low tone targets upped my odds some. Though I dug a lot of low tones also just to learn more and frankly, because I have a hard time passing targets. You just never know for sure until you dig them and I was there to dig targets. Still, this photo shows my target mix skewed to high tone targets. With the exception of a few large items discarded at the trash can this is every item I dug over the two week period and about 50 hours of detecting time in the water.

      Steve's Finds in Hawaii with Garrett ATX (Click on photo for larger version)
      Another benefit with the ATX is the adjustable target volume and threshold, a real boon in an underwater detector. I had brought Gray Ghost Amphibian phones with me that started out loud enough but then got too quiet to hear, so I had to FedEx a set of Garrett phones in quick. I like the sound of the Ghosts better but not if I can't hear them. I surmise the sound chamber was filling with water and so will return them to get checked out. First time DetectorPro phones ever let me down. The Garrett phones have a lower tone but worked just fine. The volume and threshold control on the ATX makes them much nicer to use since they can be set comfortably for both above and below water use even though they have no volume control themselves. You can even set the volume on the fly easily while underwater. This is a very nice thing that most underwater detectors lack.
      I have read a few posts by people very concerned about the placement of the headphone connector. Total non-issue for me. It is under my right elbow and was never a concern at any time.
      Icing on the cake? The ATX retains all settings when turned off. Once I found my magic settings I was so happy with how the ATX was running I was afraid to change anything and did not have to. Just turn it off, turn it on, and ready to go. Everything is just the way you left it. This is very important with the ground balance setting. It is the one setting you have no idea where it is set. I wish and am suggesting that when the detector is manually ground balanced the LED indications reflect the entire range and show you where you end up at for future reference. Right now the LEDs simply follow to audio and reduce to nothing when the unit is ground balanced. But where am I and can I get back there? You have no idea and neither did I. All I knew was my ATX was running great and recovering targets at what I thought was good depth so I left it be.
      I used rechargeables exclusively. I kept rough track of detecting time and charged up about every ten hours. Again, it was nice being able to pull batteries out, charge, reinstall, and when the detector was turned on again no tuning was required due to the retained settings. I carefully looked for water in the battery compartments each time but never saw a drop. I have total faith in the waterproof integrity of the ATX after what I put it through.
      I just got back and blasted this report out but will probably edit it a bit to smooth it up over the next couple days. I will also post a more story like version with more details and photos on my journal in the next couple days. I am cleaning up a few of the rings. There is one very old class ring I thought was junk but is encased in sand and lime I am dissolving away and I have a couple silver rings to clean up. Once again the big diamond eluded me but no complaints here, it was my best haul ever for a beach hunting trip. In no small part due to the Garrett ATX but I will take some credit also for really hitting the water hard.
      Again though, do not take this as some kind of crazy ATX testimonial. Pay attention to my caveats. Beach hunters in clean white sand with tons of hair pins have less to be excited about here. But if you have black sand beaches or worse, the ATX is a machine to at least be aware of. I just can't help it though, I really like a detector that puts gold and platinum in my pocket!
      Things I most wanted? An indication of what the ground balance setting is and an ATX version of the 14" Infinium mono coil. Thing I liked most? The way the ATX handled in the water and the way it adjusted up to handle the conditions. My last detecting nut cracked - thanks Garrett and especially Brent Weaver for obviously listening to my suggestions all these years!
      I would like to learn more about this detector as there is much it is capable of. How exactly does it compare with factory default minimum ground balance mode versus PI detectors that have no ground balance at all? I tried the no-motion mode a bit but saw no real value for what I was doing - there has to be more to it that is of value in other situations. Most importantly, what combination of pulse delay, gain, and ground balance is optimum for various locations and targets? I found some that worked for me but I am not swearing they were the best settings possible. I admit to focusing more on detecting than fiddling and so it is hard to get me to stop and do comparative tests when detecting time is at a premium. I look forward to seeing what works for others and will add what I can as I learn more about the ATX myself.
      Steve Herschbach
      This post has been promoted to an article
    • By idahogold
      "Cheers All from Idaho" 😄Incredible Story...Enjoy! Ig
       
    • By phrunt
      Australian Coin Hunters in the future are in for some quite amusing finds, see the new range of $1 coins about to hit the streets
      See the story and full collection here, a new Aussie themed coin for every letter of the alphabet.
      https://www.news.com.au/finance/money/australian-mint-and-australia-post-release-coins-to-celebrate-meat-pies-weetbix-esky/news-story/ccb2bfa5b305746d4e20186aa62b6f92
      Pretty cool idea, I'd like one of each
       
      A whole new and more valuable collectable craze is about to sweep across Australia with the announcement of the Great Aussie Coin Hunt.
      Australia Post and the Royal Aus­tralian Mint will release millions of $1 coins from today featuring classic Australian themes such as the Hills hoist, a quokka and an Esky.
      There will be a different design for each letter of the alphabet with the first six available now.
      A will feature Australia Post, F for footy, I for Iced VoVo, M for meat pie, S for surf life saving and X for the tiny township of Xantippe.
      Bless!Source:Supplied
      A few Philip Seymour Frothmans one ice.Source:Supplied
      New coins will then be released every Monday until October 21, culminating in Z for the summer staple Zooper Dooper.
      But there’s a catch.
      The only way to get your hands on the iconic coins will be to make a purchase at an Australia Post store and receive the limited edition $1 coins in the change.
      The humble meat pie.Source:Supplied
      “We want everyone to get involved,” Australia Post consumer and community executive general manager Nicole Sheffield said.
      “Not only will it be really exciting to hunt for all the coins and build an amazing collection, but each and every coin opens up the opportunity for wonderful conversations about quintessential Australian life.
      “It’s a great way for grandparents to connect with grandchildren, and for all of us to share our own experiences and memories with each other — both here and with friends and family overseas.”
      The summer staple.Source:Supplied
      What’s more Aussie than swinging from the Hills hoist? Picture: David CairdSource:News Corp Australia
      Summer goodness.Source:Supplied
      Name another country where a clothes line is iconic …Source:Supplied
      Australia’s unique culture will be displayed on the $1 coins from favourite foods, the boomerang and didgeridoo, sports footy and cricket, and, of course, the television classic Neighbours.
      Native wildlife favourites the kangaroo, platypus and even the quokka will have their own special coin.
      The coins will be released from Monday. Picture: Daniel Pockett/Getty ImagesSource:Supplied
      Unfortunately no Hemsworths will feature but the quokka certainly is. Picture: InstagramSource:Instagram
      The massive campaign is the biggest minting and release of $1 coins since they were created in 1984.
      “We are excited that The Great Aussie Coin Hunt has now officially launched, giving families and all Australians the opportunity to participate in a fun and educational nationwide coin hunt,” assistant treasurer Michael Sukkar said.
      Australia Post to jillaroo.Source:Supplied
      From kangaroo to thongs.Source:Supplied
      Ute through to the icy goodness.Source:Supplied
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