Actionable insights — "Contango Offers the Most Leverage to Gold on a Per-Share Basis"

7:59 1. The DSO feasibility screen — contender or pretender

1. Ignore the bulk sample. Ask for a mine plan that delivers consistently for 5 to 10 years.
2. Check the planned minable grade against the cost of hauling ore to someone else's mill — his bar for underground gold is 10–12 g/t.
3. Check the mine plan is already fully permitted; an unpermitted DSO story still carries the full permitting timeline.
4. Name the existing, operating mill and the tolling arrangement (plus alternatives) — no mill, no DSO.
5. Check land and royalty position: 100% ownership, royalties bought back, surface infrastructure in hand.
6. If all pass, the study can be "feasibility light": a mine plan, a transport plan and a toll agreement.

• Juniors announcing "DSO" after a single bulk shipment, with no reserve, no permit and no signed toll agreement; the grade the company actually commits to in its mine plan versus the resource grade.

17:45 2. Prefer projects that never build a tailings facility

1. List the components a project must permit: mine, mill, tailings, power plant, heap leach, access.
2. Flag tailings as "the most controversial" component and the one most exposed to headline failures elsewhere.
3. Score a project higher when its waste goes to a tailings facility that is already permitted and "demonstrated to operate correctly."
4. When an industry failure hits the news, identify the specific failed component (tailings dam vs heap leach) and ask whether your project has one — regulators react to the specific thing.

• New tailings or heap-leach incidents and whether regulators widen scrutiny beyond that component; the permit list in a project's baseline study.

19:05 3. Read the host rock — design the permit around water quality

1. For an underground "quarry" permit, the regulator's core question is the water: will the rock you excavate generate acid?
2. Find the host rock in the technical report. Low-sulfide, unmineralized hosts (e.g. granodiorite) are the easy case.
3. Check where the declines and development drifts are placed: in non-acid-generating waste rock, or through the sulfide ore body?
4. Accept higher up-front development cost to route workings through clean rock — it buys a simpler, faster permit and less long-term liability.
5. Ship the acid-generating sulfide ore off site for processing so the mine site itself carries little water risk.

• Acid-rock-drainage and water-treatment sections of baseline studies; decline layouts that cut through mineralized zones to save metres.

20:36 4. Count the permits to time the Lassonde valley

1. Count how many permits a project needs; each needs baseline data, and a full build (mill + tailings + power) typically takes 5–10 years to permit.
2. Assume prices will have moved by the end of that window, forcing an updated feasibility study and more spending.
3. Prefer companies whose design cuts the permit count — they cross the post-discovery "valley of death" faster.
4. For US projects, check whether it is in the FAST-41 program and read its public dashboard: required studies, submission dates, agency review windows (30–60 days) and the target permit date.
5. Discount FAST-41 timelines for policy risk — it depends on the executive branch until Congress legislates it.

• Missed dashboard deadlines (by the agency or the company); federal permitting-reform legislation; a change of administration that stops using the program.

4:26 5. Reconcile mined tonnes, grade and ounces against the model

1. Compare in-pit (grade-control) drilling results with the reserve model on three numbers: tonnes, grade, ounces.
2. More tonnes at lower grade with the same ounces is normal in a high-grade deposit, where models deliberately restrict the high grade — not a red flag.
3. Fewer ounces is the red flag.
4. Extra ounces found at depth (pit bottoms mined deeper than planned) point to upside in the next pit — but push the schedule back, since ore mined takes weeks to reach the mill.

• Quarterly reconciliation disclosures; ounces produced versus reserve-model ounces for the same blocks; a low year blamed on pit transition that is not followed by the promised grade step-up (here, ~75k oz in 2027).

30:23 6. Screen producers for per-share leverage — share count, not market cap

1. Pull shares outstanding for junior producers; most sit at 300–500 million.
2. Divide attributable production, resources and projected free cash flow by the share count — the fewer the shares, the more each metal-price move lands per share.
3. Check how growth has been funded: resources grown by drilling paid from operating cash flow, "and we haven't diluted the shareholders."
4. Confirm the cash engine can fund the pipeline without equity raises (see insight 7) — a low share count only persists if the company never needs to issue.

• Share issuance around a mill acquisition or feasibility capex; fully diluted counts (warrants, convertibles); free cash flow at the company's own conservative price deck.

29:02 7. Value a minority JV stake as a quasi-royalty funding the pipeline

1. Where a major operates the mine and the junior just receives quarterly distributions, value that stake like a royalty — on distributions and operator track record, not a P/E.
2. Check the operator's delivery: has guided cash flow been met every year?
3. Value each development asset separately as a stand-alone junior — study NPV at a stated gold price — then ask what it is worth when it does not need to raise money.
4. Add the pieces; compare with market cap per share.
5. Stress-test with the company's own conservative planning price, and check the order of spending: debt repayment first, then the projects.

• Quarterly JV distributions versus guidance; JV mine life (a finite pit makes the "royalty" a wasting asset); NPV quoted at a spot-like price versus the planning price.

15:46 8. Pair deposits by concentrate type to justify one mill

1. For sulfide deposits that can't use a gold CIL mill, list the concentrates each would produce (Cu, Pb, Zn, precious-metal).
2. Group deposits within shipping reach that produce the same concentrates.
3. Compare buying an existing mill (or a permitted mill site) with permitting a new one — the existing permit is what saves the years.

• A mill acquisition announcement — its price, how it is financed (cash vs shares) and the remaining permit work at that site.