I also managed to make more wireframes of the AP0011 and AP0012...

I also managed to make more wireframes of the AP0011 and AP0012 , but this time using the most recent drill hole data instead of the sections in the pressers. I wrapped around the intercepts that seem to hold together somewhat, but the hole spacing is way far apart to make any sort of proper wire frame. I made a sort of cone around the whole mess to see what sort of strip ratio is in store. So, I made 5 wireframe solids, and those have a total volume of 12,954,857m³. The cone has a volume of 290,452,189m³. That translates to a strip ration of 21.42:1. That is pretty high, but it could work. The fat parts on the drill hole traces show relative LiO₂ percentages. There is just not much to connect outside of the wireframes that are shown. Of course once there is enough drilling to make a proper block model, the volume of ore-grade material will be a lot less than the volume of the wireframes. Those are just sort of constraints on the block modeling to keep the interpolation under control. The drilling so far seems to have delimited the ore-grade spodumene mineralisation on AP0011 and AP0012, so infill drilling is all that is needed for now.