I still don't get this thing they say is separation which everybody is saying is happening all vlf work the same fast or slow . The only separation comes from using different coil sizes physical separation if you do not get 2 tones from 2 targets then they are as one not separated .
Fast or slow if you sweep 2 targets like a pull-tab and a dime left to right you will hear and see the tabs ID first and tone then the dime , then right to left you will ID the dime first and tone then the tab .
Now when you pinpoint if there both under the coil it will be the ID of both .
The reason you see a ID of both sweeping is because the coil is only physically on one target and not the other , the edge of the coil coming off the 2 targets or coming on the 2 targets will show ID of that target only physically separating them .If you only get 1 tone and ID they cannot be separated .
Speed has nothing to do with it coil speed is what separates and coil size . I should of said to much speed with a slow detector will miss compared to a faster detector.
There all vlf detectors and work the same but we do have the ability to tune them to our ground .sube
Fast or slow if you sweep 2 targets like a pull-tab and a dime left to right you will hear and see the tabs ID first and tone then the dime , then right to left you will ID the dime first and tone then the tab .
Now when you pinpoint if there both under the coil it will be the ID of both .
The reason you see a ID of both sweeping is because the coil is only physically on one target and not the other , the edge of the coil coming off the 2 targets or coming on the 2 targets will show ID of that target only physically separating them .If you only get 1 tone and ID they cannot be separated .
Speed has nothing to do with it coil speed is what separates and coil size . I should of said to much speed with a slow detector will miss compared to a faster detector.
There all vlf detectors and work the same but we do have the ability to tune them to our ground .sube
Last edited: