And there is of course the RMG015 which was also omitted from the original announcement and looks pretty good from the visual representation of the meter interval from 38 & 39....and even 39 to 40. So why then did they Stop this ' Outside ' hole at 52 metres depth when they potentially drilled hole RMG023 to almost double that at 94 metres.
Could they be looking 2+% Cu over 5 metres for that kind of depth just outside of Gossan Zone and nearest to the Paddock Load pit as shown in my original option of hole numbering sequences ( refer immediate below illustration )
Interesting that holes 13 ,14 ,16 & 17 no matter how you speculate on the drill hole numbering sequence is that they are ALL at the same lower depths below that of 52 metres or the same as hole 15. Why would they go so shallow in potentially so close to BOTH the trend and the known Gossan unless they already knew the deposit was near surface or that there was no point because they believe the ore body exists at depth in this range due the close proximity results of holes 9 ,10,11 , , 18, 19 & 21 which seem to be ALL spaced in an immediate cluster.
I mean there are no results whatsoever posted for holes 12 ,13 ,14,16,& 17 which would conveniently fill in the blanks so to speak.
But as you can see ,this ' cluster ' thesis would equally apply and almost be even BETTER if the Hole designation ended up being as this alternative Option 2.( Below) where the RMG015 hole was way out to the furthest most stepped out holes which would define the overall potential width of the Deposit extension.
In this scenario you'd also have hole RMG021 & RMG011 along similar strike and trend outside of the Gossan and on the Taipan / Paddock Load ' Easterly ' direction which might also be considered a great attribute of extension of some sort of ' Super Pit ' type conceptual ore body.
Either way , it's going to be interesting to say the least as to how the drill hole configuration around the known trends ends up playing out in further assay announcements and drill hole illustrations.
(20min delay)