First 4,000m of RC drilling results from the maiden drill program at the Ewoyaa project, Ghana back in 2018. Just a note that 100m+ intersects don't have to be DD. The primary motive for diamond drilling is to see the specific zoning of the pegmatite - how the spodumene crystallises and where it is concentrated. This is useful when developing an MRE, by increasing tonnage confidence to measured from indicated/inferred. The only other thing would be if you need to get deeper than ~300m, or if you think there are narrow veins below the surface that you need an accurate reading on, without dilution over a few metres. Of course in Uis' case, it's just a matter of finding out how much bulk tonnage there is out in those pegmatites, which is definitely a good thing. RC is great for a high tonnage average grade deposits. It's cheaper, and it's way faster.
From what I can tell, V1/V2 is about that size (maybe 1100m x 120m), similar strike length to multiple outcrops on Askari's tenements. Remember V1/V2 hosts Andrada's entire newly revised 81Mt at 0.73% Li2O. This means as long as our pegmatites have similar lithium zonation to Andrada's, then we could see similar tonnage, and the grade increased by about ~66%, to about 1.2% Li2O (due to spodumene hosted lithium rather than petalite). And this is only considering one of the large pegmatite strikes we seem to have on our tenements.
Also I've put together some rock visuals we were given in the last ann with their assays received today (see Appendix 2). Enjoy
2.94% Li2O and 7,380ppm Rb
3.3% Li2O (highest Li grade sample) and 6,010ppm Rb
