Correct. That's why it is a theory, it needs to be proven or...

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WowVeryJosh

113 Posts.

726

12/04/23

22:04

Post #: 67245084
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Originally posted by Maccajohn: ↑

No idea if you are right. IMO we don’t have enough information other than a few 2-d figures to be sure of any theory.

This may be a stupid comment - figure 2 shows the surface projection of the 201 to 204 drill holes which are under AP012 which is why I am puzzled posters referring to holes 201 etc drilling under AP011.

Note in figure 1 what seems to be a pegmatite surface expression (thin reddish line at surface starting just to the right of the fault line) - maybe AP012? They have not drilled through AP012 from the surface ie from a shallow depth and if they do I assume they will identify shallow pegmatites as you suggest ie where your dotted 1 is - we don’t know how thick they will be - it is possible they will be thicker than your drawing of 1 since AP012 is quite long and the bottom of your area 2 is about 150m down vertically -your area 1 could even continue from surface to the top of area 2 as it is untested, since AP012 starts at surface just to the right of the fault and continues for 600m to 700m and a large part of AP012 is 100m wide - but we don’t yet know.

My comments in the above para are very very speculative but if I happened to be on the money and grade is 1%+ (an extremely small probability) then it would be a big resource.

They are drilling Hole 205 (I assume it will have a shallow dip) to the left of hole 201 in figure 2 (not shown in figure 2)- the results may confirm your theory or not about the thrust.

Anyway if my thoughts are off the mark just tell and maybe explain why.

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Correct. That's why it is a theory, it needs to be proven or disproven with evidence. But I believe it is within the realm of possibilities.
Again, if Azure is referencing pegmatite dips of 10-20°, then the second pegmatite cannot be connected to the AP12 surface expression as this would result in near-vertical dips closer to 70-90°. The shallow dip of the pegmatite affects surface expression. Here are two dikes - both are 10m wide, the brown has a dip angle of 80° and the dark grey has a dip angle of 10°. Both have drastically different outcrop sizes, yet both are still 10m wide.

The surface pegmatite IS AP12, as referenced by the A-AA cross-section.

Below is what I believe it first looked like pre-deformation, followed by what it may look like now.

AZS Price at posting: 43.0¢ Sentiment: Hold Disclosure: Held
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