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Badger-NH

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Posts posted by Badger-NH

  1. I didn't have time to read everything here but if no one mentioned it, when just starting out, the best way to avoid digging iron is to focus more on the sound than the numbers. Dig only clear, repeatable, 360 degree signals. Walk around the target and if they sound smooth all the way around with no low tones mixed in, it is more than likely non-ferrous. Some large iron might also sound good but the target profile will be large in pinpoint. Most non-ferrous targets like coins will have a small profile. Once you get familiar with the sounds, a lot of iron can easily be avoided.

    You definitely want to dig the pull rings and lead because they could also be gold or hammered silver.

     

  2. The stock 11" coil is a throw away IMO. It came on my T2, Gold Bug DP, and F-75 and they all had very poor performance in my test garden compared to aftermarket coils. FT makes some pretty good detectors but they suck at designing coils.

    The stock 11" has not changed since the original design. The ears are extremely thin and brittle, and snap off very easily if you don't remember to use the special red washers that come with it. That should have been corrected after the first year of production.

    If I were to buy an F-75 today, I would toss the stock coil and get an SEF. Maybe this new coil will be an improvement.

  3. On 8/10/2021 at 10:13 PM, Roughwater said:

    After a long time away from Metal Detecting I suddenly get real interested in collecting coins and have been buying some. So I think again about detecting as maybe I could find a few good ones this way.  

    I think most would agree that the AQ would not be the best choice for coin hunting.  You'd be much better off going with a Minelab Equinox.

    Even if you were set on buying the AQ, it may be years before it is released if ever. They made 100 prototypes over a year ago which are still being offered. Apparently they have not yet decided whether to put a final version into full production or scrap the project. Hence the silence.

     

     

  4. I'll bet Minelab is regretting marketing the Equinox as a water hunting machine. I wonder what percentage have leaked since the beginning.

    All I had to do was trip and fall once with mine and it broke it open enough that I could see the electronics inside. I imagine that just a slight tweak or bump of the control pod could easily pop the seal enough to make it leak and you would never know it until you enter the water. The Equinox is simply too fragile to be used for water hunting after the warranty is up.

  5. It's funny how TNSS stays within the range of 5-7 and I primarily use just 4 or 8. If the 800 had only two recovery speeds, those would work fine for me. In iron laden sites, I use both. 8 for separation and 4 for depth. Most sites with iron have occasional spaces between the iron where the deeper setting of 4 can pull out targets that 8 can not reach. I generally use Field 2 in iron for good separation or sometimes 20/40 kHz. Gold mode is also worth a try but I usually find that it falses too much on the iron.

  6. Lithium batteries don't like to be stored fully charged. Ultimately, they should be kept between 20 and 80% charged if the device is not going to be used for a week or more. Then charge the battery the day that you go detecting.

    They also should not be discharged until dead. If that happens, put it on the charger as soon as possible but only charge it to two bars, then charge it to full when you want to use the machine.

  7. On 4/30/2021 at 12:10 AM, bklein said:

    When I disabled Horseshoe, the output went pretty quiet over the black sand.  Makes sense as the negative numbers were disc'd out.  Wouldn't that make you think there is no falseing issue

    It's not a falsing issue. The black sand is being detected and giving you a signal due to its iron content. The ID that the detector is giving for the black sand is correct. You can't make those signals go away without drastically losing depth.

    The only settings available to work with for black sand seem to be Ground Balance, Sensitivity, Recovery Speed, and Iron Bias. I would bury some targets and see what combination of those settings gets the best depth.

    You can choose to hear the low tones or to not hear them. It's up to you. I prefer to hear them so that I know when iron or black sand is present. I have the tone volume turned way down so that they are just in the background and not bothersome, and make adjustments depending on the amount of low tones that I hear. I don't try to make the low tones disappear. I simply adjust the settings to get the best depth for each situation. Target size and conductivity may also play a role in the choice of settings.

     

  8. Recovery 8 if there is a lot of iron. As low as 4 away from the iron. I often change my recovery speed in relation to the amount of low tones I hear.

    Try the single frequencies if you haven't already. They might be less affected by EMI and allow you to raise the sensitivity. High frequencies are sensitive to low conductors and good for separation. Low frequencies are sensitive to high conductors and good for depth.

    I would be using Field 1.  Possibly Field 2 if there is a ton of iron or a lot of mineralization.

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