Ivconic I believe you have excellent ancient civilization terrains for testing detectors... As a tester of some detectors... I prefer this type of terrain... because there the real technical and detection capabilities of new detectors are demonstrated, as well as the optimal setting of the detector for such terrain or detection situation...
And in such situations, detectors should also be tested and compared in practical detection..
IT IS VERY IMPORTANT TO PROPERLY SET UP A MULTIFREQUENCY DETECTOR SO THAT IT DOES APPROXIMATELY WHAT WE WANT FROM IT,,
Finding such a setting requires a certain type of testing in the field and a good analysis of detected and excavated targets.. and finding a compromise in good target detection and at the same time in good discrimination of unsolicited targets..
A good test field system with masked targets between iron... which will tell you how the detector can lose its ability detection target according to the settings,, but also how effectively the detector discrimination still works by eliminating false signals from iron..Clear results of such testing must be confirmed in field detection.
On my Deus2 test field in the Fast program.. multifrequency max 40khz:
on silencer 0... does not see 1 target out of 35 possible targets in iron..
on silencer 2 ... does not see 9 targets out of 35 possible targets in iron..
on silencer 7.. does not see 17 targets out of 35 possible in iron..
The question is, is the silencer setting 0,, the best option in practical detection..? Probably not...
I see the possibilities of modern multifrequency..., and as I know what it can do. especially on heavy mineralized or conductive terrain... on the other hand, I also see certain side effects.. which can bring in detection.. like digging more iron and waste if the program setting or type of multifrequency is not optimized for this type of detection..
I also do not condemn the use of one frequencies and range and I prefer to use single frequency detection in combination with multi-frequency detection.
And in such situations, detectors should also be tested and compared in practical detection..
IT IS VERY IMPORTANT TO PROPERLY SET UP A MULTIFREQUENCY DETECTOR SO THAT IT DOES APPROXIMATELY WHAT WE WANT FROM IT,,
Finding such a setting requires a certain type of testing in the field and a good analysis of detected and excavated targets.. and finding a compromise in good target detection and at the same time in good discrimination of unsolicited targets..
A good test field system with masked targets between iron... which will tell you how the detector can lose its ability detection target according to the settings,, but also how effectively the detector discrimination still works by eliminating false signals from iron..Clear results of such testing must be confirmed in field detection.
On my Deus2 test field in the Fast program.. multifrequency max 40khz:
on silencer 0... does not see 1 target out of 35 possible targets in iron..
on silencer 2 ... does not see 9 targets out of 35 possible targets in iron..
on silencer 7.. does not see 17 targets out of 35 possible in iron..
The question is, is the silencer setting 0,, the best option in practical detection..? Probably not...
I see the possibilities of modern multifrequency..., and as I know what it can do. especially on heavy mineralized or conductive terrain... on the other hand, I also see certain side effects.. which can bring in detection.. like digging more iron and waste if the program setting or type of multifrequency is not optimized for this type of detection..
I also do not condemn the use of one frequencies and range and I prefer to use single frequency detection in combination with multi-frequency detection.


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