Actionable insights — The uranium market is running out of shock absorbers

01:49 1. Compare the insiders' mood with the investors' mood

1. Track retail/investor sentiment on a fixed scale over time (euphoria → depression).
2. Separately, gauge the mood of the people who transact in the physical market: buyers, sellers, traders, utilities, financial players. Conferences are the best place to do it.
3. When investors are at depression levels and insiders are constructive to very bullish, read the gap as an opportunity. Check it against the last time the same gap appeared.

• The newsletter sentiment reading next to insider language at the next industry event, especially any move from "supply security" talk back to haggling over price.

03:40 2. Trim at euphoria, add at depression, and keep cash raised in spikes for the lows

1. Hold core positions for the long run, but in a very volatile sector be willing to sell some into a sentiment spike.
2. Keep the cash from those sales. At depression readings, put it back to work in stages rather than all at once, because the near term is uncertain.
3. Use options only as a small add-on to ride a move, not as the core position.

• A euphoric sentiment reading, the signal to trim again. Watch overall risk appetite too (dollar, Treasury stress, geopolitics), which still drives these small caps.

09:58 3. Convert every demand headline into pounds and compare it with the last one

1. Convert enrichment (SWU) tenders into pounds of U3O8 over the contract's life, giving a range across tails assays.
2. Compare the size with that buyer's previous tender.
3. Count how many suppliers could credibly bid at that size.

• Who wins the KHNP award and on what terms, and whether other national utilities follow with tenders several times their usual size.

10:32 4. Measure a domestic-only order against the country's actual output

1. When a buyer restricts supply by origin, compare the annual request with that country's latest actual production, not its licensed capacity.
2. Judge how much output could realistically grow this cycle, and compare with the historical peak.
3. Identify who competes for the same restricted pool (here, the domestic utilities), then rescale everyone else's "routine" RFPs against the tighter pool.

• A formal solicitation replacing the RFI; how fast utility RFPs get filled, and at what price.

20:59 5. Recalculate a producer's required price from today's cost base

1. Treat feasibility-study costs from before the latest inflation wave as stale. Assume they may have roughly doubled.
2. Build the price a seller will actually accept from the bottom up: all-in sustaining cost, not C1 cash cost, plus a margin for contract security, shareholder returns and a reward for having waited out the bear market.
3. Check the lowest-cost producer's latest reported C1 and AISC. If the bottom of the cost curve is rising, the whole curve is.

• Kazatomprom's cost guidance and the date of its TQC acid plant; updated feasibility studies that re-base capex and operating costs.

32:28 6. War-game a delay at the single largest expected new supply source

1. Find the one project the market's supply forecasts lean on most.
2. Set its stated plan (start year, annual output) against a realistic case: a few years later and much smaller, given how long mines now take to develop (10–20 years vs the 8–15 once assumed).
3. Test the scenario on traders and buyers. If they have not prepared for it, it is an unpriced shock risk.

• Arrow's permitting, financing and construction milestones, any revised mine plan, and changes in how brokers and consultants model its start date.

34:31 7. Count the one-time shock absorbers already used

1. List the levers buyers have used to delay price rises: drawing on mobile inventories, flexing legacy contracts upward at old prices, deferring purchases.
2. For each, ask whether it has been used, partly or fully, and whether it can be used again. A lever that has been pulled stays pulled.
3. The fewer levers left, the bigger the price reaction to the next supply surprise.

• Utility inventory data (EIA, Euratom), the volume flexed up under legacy contracts, and any buyer drawing inventory instead of contracting.

38:01 8. Time a new technology's demand to its first commercial plant

1. Ask the likely buyers (utilities) what would make them commit. Usually it is a working first plant with known costs.
2. Date that plant's in-service realistically, allowing a year or two of slippage in nuclear. Then add the ramp from vendor targets.
3. Name the prerequisites (for SMRs, standardized fuel procurement and fabrication) and discount forecasts that ignore them. Also judge whether the market has priced the eventual demand at all.

• Darlington construction milestones and costs, the first follow-on utility FIDs, and progress on standard SMR fuel supply.