Lurk & Learns + Rover90:

Can you imagine what a boon this 3D video is going to be for the xx,000 eyeballs from every part of the globe atthe PDAC?

A well timed NR would not hurt either (material boy/gal might object, of course). 

In kriging, we have establish/populate data into mini-blocks with signature components:

1. x,y,z
2. grades - ore, waste
3. strike & dips.
4. inferred, indicated
5. WADC to dump/mill.
6. recovery %
7. etc (spot or contract, borrow pit potential of R600 & R840W for R780W implant & berm, gold or graphite payback). But I digress;

What the 3D diagram clearly shows is the added/significant benefit of the open pit/ UG configuration.

e.g. those grey raises are downcast fresh air raises or fill raises. From historical & CCO (Cigar & MR) the importance of VOLUME (cfm) re dilution requirements for BHP and radon daughters .... decay to Lead.

Thus the armchair calculator, may see the benefit of the composite cross-sectional area of these raises (drops or alimaks), not to mention their flexibility; vis a vis vent shafts or fill raises and their constraints wrt ore sanitization.

We can then guestimate the mini block dimensions using some of the above parameters using the colour codes & scale provided. Lets get the bidding going at 110 mln 2I's.

The OP mining is as outlined in the Diavik Video previously posted; or Medowbank if the naysayers want to discredit the CNSC's role in doing the approvals for uranium mines in Canada, we wish them nothing but good luck with that strategy. Meaning once RRR gets their mining permits from the ONLY entity responsible for uranium mining approvals in CANADA, we can expect to see Dog River retire their sniffers.

Then what left? How do we mine the UG? Top down or bottom up? Golder Paste Fill? Cemented fill? High speed jet injec