Neil in West Jersey
New member
As I have been giving the soccer field a work-over, I began thinking about the fact that the soil on the playing field is fill, as you can see by the photo, and all of the targets are in the top few inches. When I go off the playing field to the sidelines which slope down and are not fill, there is a noticeable change in the threshold, and since I don't use Auto-trac I need to re-balance it.
When a metal detector uses automatic ground balance, as in the case of the V3i, DFX and other White's detectors, is it ground balancing to the top layer only?
Based on my understanding of how the V3i sees a target (it cannot see a dime buried under a silver dollar, or a silver dollar buried under a large tin), I would say that the V3i automatically balances to the top layer of soil. In the soccer field case I am able to balance off the playing field and walk onto the field if I want to get to the bottom layer, but what about areas that this is not possible?
I guess detectors with a manual GB would be better suited for this type of environment?
How do modern metal detectors handle stratified soils like this?
When a metal detector uses automatic ground balance, as in the case of the V3i, DFX and other White's detectors, is it ground balancing to the top layer only?
Based on my understanding of how the V3i sees a target (it cannot see a dime buried under a silver dollar, or a silver dollar buried under a large tin), I would say that the V3i automatically balances to the top layer of soil. In the soccer field case I am able to balance off the playing field and walk onto the field if I want to get to the bottom layer, but what about areas that this is not possible?
I guess detectors with a manual GB would be better suited for this type of environment?
How do modern metal detectors handle stratified soils like this?