Uranium Just Cracked $100/lb While Big Tech Quietly Locked In 20-Year Nuclear Contracts — The Defined-Risk Wheel on URA, CCJ, and CEG That Pays You Three Ways to Own the AI Power Decade

Spot uranium just crossed $100 a pound for the first time since 2007. Microsoft, Amazon, Meta, and Nvidia have all locked in long-dated nuclear contracts. The cleanest defined-risk way to own the AI power decade is the wheel strategy on URA, CCJ, and CEG — a three-stock basket sized to pay you three ways: put premium up front, dividends and price appreciation while assigned, and call premium and capital gains on the call-away.

uranium stocks

nuclear renaissance

URA ETF

Cameco

CCJ

Constellation Energy

CEG

Oklo

OKLO

NuScale

SMR

wheel strategy

cash-secured puts

covered calls

options strategies

AI power demand

hyperscaler nuclear contracts

Microsoft Three Mile Island

small modular reactors

spot uranium price

April 2026

Q2 2026 outlook

energy investing

defined-risk options

implied volatility

Cassian Brookmoor

April 28, 2026

13 min

Uranium Just Cracked $100/lb While Big Tech Quietly Locked In 20-Year Nuclear Contracts — The Defined-Risk Wheel on URA, CCJ, and CEG That Pays You Three Ways to Own the AI Power Decade

The most important trade of the next decade isn't a Mag 7 earnings calendar spread or a Fed-week iron fly. It is the structural repricing of a metal that nobody at a dinner party has talked about since 2007 and a fuel cycle that nobody on financial Twitter understood until Microsoft signed a 20-year power purchase agreement to restart Three Mile Island. Uranium spot crossed back above $100 a pound in early 2026 for the first time since the 2007 supercycle, the Atomic Energy Agency now expects global nuclear capacity to expand 2.6x by 2050, and U.S. data-center electricity demand is on a glide path from 176 terawatt-hours today to as high as 580 terawatt-hours by 2028. That is a more than 3x increase in three years, and the only baseload-capable, carbon-free, hyperscaler-friendly answer the grid has is a fuel cycle that takes a decade to scale and a permitting regime that takes eight years to clear.

This post is the defined-risk version of that trade. Not the YOLO call-buying version, not the "buy CCJ and pray" version — the wheel strategy version, run on a three-stock basket that stair-steps risk from broad ETF exposure to single-name miner exposure to regulated-utility operator exposure. The structure pays you in three different ways simultaneously: option premium on the way in, dividends and price appreciation while you are assigned, and option premium on the way out. It is the cleanest, most retail-accessible way to own the nuclear renaissance through the volatility that is mathematically guaranteed to show up between now and 2030, without betting your account on a single binary catalyst.

Inside this post: the macro setup that is actually driving the repricing (it is not what CNBC is telling you), the three-stock basket and why each name plays a different role, the specific strike/expiry ladder for the wheel, the decision tree for entering versus rolling versus reassigning, and the kill switches that protect you when uranium is wrong — because every supercycle has at least one 30% drawdown in the middle.

The Setup — Why This Is Different From the 2007 Cycle

Uranium has had exactly one prior bull market in the post-Cold-War era, the 2003–2007 run that took spot from roughly $10 to a peak above $135 before Fukushima collapsed it back into a 12-year bear market. Every newsletter writer with a memory longer than two cycles will tell you the current uranium move is "just like 2007." It is not. The 2007 cycle was a speculative supply squeeze driven by Cigar Lake flooding and a hedge-fund-led futures hoard. The 2026 cycle is a structural demand repricing, and the demand side has three legs that simply did not exist in the prior bull market.

Leg 1 — The hyperscaler contract wave. The headline catalyst is also the most consequential. Microsoft signed a 20-year PPA to restart Three Mile Island Unit 1 (now branded Crane Clean Energy Center) at full nameplate capacity. Amazon paid Talen Energy $650 million to lock in a 1.2-gigawatt slice of the Susquehanna nuclear complex for a co-located data-center campus. Meta inked a multi-developer framework that spans Vistra (existing fleet), Oklo (small modular reactors), and TerraPower (next-gen sodium-cooled designs). And Oklo just announced a partnership with Nvidia and Los Alamos National Laboratory to combine reactor technology with advanced fuels work — the first AI-chip vendor explicitly tying itself to the upstream fuel cycle. None of this existed in 2007. It rewires how the next 25 years of demand modeling has to be done.

Leg 2 — The utility under-contracting overhang. Western utilities went into the 2010s severely under-hedged on long-cycle uranium contracts after Fukushima, and most of the contract book signed during the 2014–2020 dead zone is now expiring without replacement. Cameco's most recent investor day flagged that roughly 35% of Western utility annual uranium needs is uncovered through 2030, and the term-contract market — which is what miners actually price off — is now being negotiated at $80–$95 a pound floors with escalators. That is the contracted price, not the spot price. The 2007 cycle never had this kind of structural contract gap because utilities had been buying through the 2003 ramp.

Leg 3 — Russian/Kazakh supply risk and the HALEU pinch. Roughly 40% of Western enrichment capacity ran on Russian-conversion fuel through 2022. The Russian Highly Enriched Uranium ban signed into U.S. law in 2024 and the parallel Kazatomprom production guide cut have together knocked an estimated 15–20 million pounds U₃O₈ equivalent out of the Western-deliverable supply curve through 2030. The new SMR fleet — Oklo, NuScale's eventual second-gen design, and Holtec's reactivated Palisades — needs HALEU (High-Assay Low-Enriched Uranium) that does not exist commercially in the West yet. Centrus Energy (LEU) is the only U.S.-licensed HALEU producer, and its order book is sold out into 2028. The supply side of this cycle is structurally tighter than in 2007, not looser.

Stack the three legs together, run them against a Citi note that has been telegraphing $100–$125 spot uranium through 2026 and a Bank of America price target of $135 a pound by 2027, and you get the cleanest secular-bullish thesis in the energy complex. The question is not whether to be long uranium-related equities. It is the structure of the long.

The Three-Stock Basket — Why Each Name Plays a Different Role

A wheel-strategy basket needs three things at the position level: liquid weekly options, a stock you would actually be happy to be assigned, and an implied volatility profile that pays meaningful premium without being so volatile that gap-down risk wrecks the math. The three names below check all three boxes — and crucially, each one plays a different role in the thesis.

1. URA — Global X Uranium ETF (broad basket, the "core" sleeve). Trading around $56 a share as of late April 2026, $7.8B in AUM, with the largest single position being Cameco at roughly 23% of the fund and a long tail of Oklo (6.5%), NexGen Energy (6.3%), Uranium Energy Corp (5.9%), Kazatomprom (4.8%), and Energy Fuels (4.2%). Liquidity on the options chain is deep enough — front-month and -45 day options trade with $0.05 spreads through the 50–60 strike zone — and 30-day implied volatility sits in the 45%–55% range, comfortably above SPY but well below single-name micro-cap miners. URA is the lowest-conviction-required leg of the basket: if the thesis is right, you do not need to pick the right SMR or the right next-gen reactor design; you own the index. It is also the lowest-risk of the three to actually take assignment on, because diversification absorbs single-name accidents.

2. CCJ — Cameco (single-name miner, the "alpha" sleeve). Mined 15% of the world's uranium in 2025, second only to Kazatomprom, and unlike Kazatomprom it is fully Western-listed, U.S.-deliverable, and free of geopolitical-discount overhang. Cameco's 2025 revenue grew 11% to $3.48 billion, with earnings tripling to $589 million, and the stock is sitting around $70–$75 with analyst median 12-month price targets in the $120–$150 band. Implied volatility runs 50%–65% ahead of earnings — almost double the SPX — so the option premium is genuinely fat. The role of CCJ in the basket is single-name leverage to spot uranium: if spot grinds to $135, Cameco's term-contract book reprices and earnings inflect a second time. The wheel structure here is cash-secured put → assignment → covered call, run rolling 30–45 days at a time at the right delta.

3. CEG — Constellation Energy (regulated nuclear operator, the "yield" sleeve). This is the cleanest pure-play U.S. nuclear fleet operator — owner of Three Mile Island Unit 1 (the Microsoft-restart asset), Calvert Cliffs, Limerick, Peach Bottom, and Byron, with ~22 gigawatts of nuclear capacity plus a hedged power-marketing book. Trading in the $280–$310 range entering Q2 2026 with 30-day implied volatility around 35%–40%, lower than CCJ but with vastly cleaner free cash flow and a path to raising its data-center contracted-price book each year. The role of CEG in the basket is long-duration cash flow exposure: while CCJ gives you spot-uranium beta, CEG gives you the electricity-price-times-capacity-factor leverage that the hyperscaler contracts are actually mechanically tied to. It is the single most direct equity expression of "Microsoft's data centers will pay for nuclear electrons for 20 years."

The three names together cover the value chain end-to-end. CCJ is the fuel, URA is the equipment + small-cap miners + SMR developers, and CEG is the operating fleet that sells the electrons to Microsoft and Amazon. If any one of the three thesis legs breaks — a hyperscaler walks, spot uranium reverses, the regulatory backdrop tightens — the other two carry the basket.

| Ticker | Role | Spot (Apr 2026) | 30-Day IV | 12-mo High/Low | Wheel Friendliness | |---|---|---|---|---|---| | URA | Broad basket / "core" | ~$56 | 45–55% | $62 / $24 | High — liquid, diversified | | CCJ | Single-name miner / "alpha" | ~$70–75 | 50–65% | $84 (1y +94%) / $39 | High — fat IV, NRC-grade biz | | CEG | Regulated operator / "yield" | ~$285 | 35–40% | $352 / $185 | Medium — wider notional, smaller premium-to-strike % but cleaner FCF |

<figcaption>The three-stock basket. Each name plays a distinct role: URA for diversified exposure, CCJ for spot-uranium leverage, CEG for hyperscaler-contract cash flow. Implied volatility figures are illustrative composites — verify on your broker's chain immediately before any trade. Spot prices reflect late-April 2026 trading.</figcaption> </figure>

The Wheel Strategy — How You Get Paid Three Ways

For traders who have only ever sized cash up against stocks they wanted to own eventually, the wheel strategy is the cleanest mechanical way to get paid for waiting — and then get paid again for holding — and then get paid a third time when the position is unwound. Run on a high-IV, structurally-bullish basket like nuclear-renaissance equities, the math compounds. The mechanics are simple in the abstract and ruthless in practice if any single leg is sized wrong.

Step 1 — Sell a cash-secured put. Choose a strike at or below where you would be a happy long-term buyer of the stock. For URA at $56, that might be the $52 strike, 35–45 days to expiration, collecting roughly $1.20–$1.60 in premium. For CCJ at $72, the $65 strike, same expiry window, paying roughly $1.80–$2.40. The put obligates you to buy 100 shares per contract at the strike if assigned. You are paid the premium up front to take that obligation. Cash-secure it: you should have $5,200, $6,500, etc. in buying power per contract, set aside.

Step 2 — One of two things happens. Either the stock stays above the strike at expiration and the put expires worthless — keep the premium, repeat the process. Or the stock closes below the strike and you are assigned 100 shares at the strike, less the premium you already collected. Either outcome is acceptable by definition of how you chose the strike. Most professional wheel runners target a 30–35% probability of assignment at entry; that maps roughly to the 0.30–0.35 delta put, which is what gets you paid enough premium to make the math work.

Step 3 — Sell a covered call against the assigned shares. Choose a strike at or above where you would be willing to sell, typically the next 30–45 days out at the 0.25–0.30 delta call. For URA assigned at $52, that might be the $58 strike paying $0.90. For CCJ assigned at $65, the $74 strike paying $1.40. The call obligates you to sell the 100 shares at the strike if the stock rallies through it. You are paid the premium up front to take that obligation.

Step 4 — Two outcomes again. Either the stock stays below the call strike and the call expires worthless, you keep the premium, and you sell another covered call the following expiry. Or the stock rallies through the strike and your shares are called away — you sell at the strike, plus the premium, plus any dividends collected during the holding period. Then you go back to Step 1 with the cash and start the cycle again.

The full cycle pays you three ways simultaneously: (1) the put premium, (2) the dividend stream + price appreciation up to the call strike, and (3) the call premium. On a high-IV basket like nuclear renaissance, run carefully through 4–6 cycles a year, the total annualized return on the cash-secured side of the trade typically lands in the 18%–28% range before fees, if the stock cooperates and the IV stays elevated. Below is the structure and the example math.

The Trade — Specific Strikes, Expiries, and Sizing for a $50K Account

Take a $50,000 options-enabled account that wants to own all three legs of the basket. Here is how the trade sets up, sized to leave roughly 35% of the account in dry powder for adds, rolls, and hedges.

URA leg. Sell 2x URA $52 May 30 puts for roughly $1.30 per contract. Cash secured: $10,400. Premium captured: $260. Annualized yield on cash if put expires worthless: ~22%. If assigned, cost basis is $50.70 per share. Sell 2x URA $58 calls the following month for roughly $0.90 per contract — that puts another $180 in premium in the account and offers a call-away exit at $58 (a 14.4% gain on the assigned cost basis, plus collected premium). Total premium per round trip: roughly $440 against $10,400 of capital deployed, before any price appreciation that occurs while assigned.

CCJ leg. Sell 1x CCJ $65 May 30 put for roughly $2.10. Cash secured: $6,500. Premium: $210. If assigned, cost basis is $62.90. Sell the $74 call the following month for roughly $1.40 — call-away exit at $74 nets a 17.6% gain plus premium. Total round-trip premium: roughly $350 against $6,500 of capital.

CEG leg. Sell 1x CEG $260 May 30 put for roughly $3.80. Cash secured: $26,000. Premium: $380. If assigned, cost basis is $256.20. Sell the $300 call the following month for roughly $3.20 — call-away exit at $300 nets a 17.1% gain plus premium. Total round-trip premium: roughly $700 against $26,000 of capital.

Aggregate. Total cash secured: $42,900 (86% of account). Total round-trip premium per ~75-day cycle: $1,490, or roughly 3.5% on capital deployed per cycle. Run that across 4–5 cycles a year and the premium-only yield is in the 14%–18% range, on top of any price appreciation captured between assignment and call-away.

Three things to internalize about this size sheet before you click send:

The CEG leg is dominant by capital deployed (60% of total cash secured) but moderate by premium yield because of its lower IV. CEG plays the role of cash-flow ballast in this basket. CCJ pays the highest premium yield per dollar of capital but carries the highest assignment-gap risk on a Kazatomprom or Cigar Lake supply-side surprise.
The 2x URA / 1x CCJ / 1x CEG ratio is not a delta-neutral or dollar-equal basket. It is deliberately tilted toward URA on a contract-count basis because the diversification of the ETF makes assignment risk lowest there. If your account is bigger or you want to lean harder into the spot-uranium beta, increase the CCJ ratio.
Roll, don't take assignment by accident. The discipline in the wheel is in the rolling. If the put goes in-the-money but the thesis is unchanged and you do not actually want assignment this week, roll the put down-and-out — that is, buy back the current put and sell a lower-strike, later-expiry put for a net credit. The discipline is to only take assignment on a deliberate decision, not because expiry caught you off guard.

The Decision Tree — Run This Before Any Position

Like any defined-risk trade, the wheel has to pass each row of a screening matrix in order before you click send. A "no" anywhere in the chain reduces size or kills the leg. The retail edge here is not the speed of execution — it is not entering the wheel in the wrong macro regime and not sizing assignment risk you cannot absorb.

| Step | Question | Action If Yes | Action If No | |---|---|---|---| | 1. Thesis | Is the macro thesis (hyperscaler PPAs + supply pinch) intact this month? | Proceed | Skip — wheel only works on stocks you want to own through the trough | | 2. Liquidity | Are bid/ask spreads on the front-month chain ≤ 5% of mid? | Proceed | Skip the leg — illiquidity wrecks roll economics | | 3. IV Regime | Is 30-day IV ≥ 12-month median? | Sell premium aggressively | Sell shorter-dated, smaller size | | 4. Earnings calendar | Are there earnings before put expiry? | Sell post-earnings put or cut size | Proceed normally | | 5. Account sizing | Can you take assignment without exceeding 30% of account in any single name? | Proceed | Cut contracts | | 6. Kill switch | Have you set a stop-loss on the basket if HY-IG OAS > 450 bps OR uranium spot < $80? | Proceed | Define both before adding risk | | 7. Roll plan | Do you have a pre-defined trigger to roll the put if it goes 0.50 delta ITM? | Proceed | Define before clicking |

<figcaption>The wheel strategy decision tree. Each row gates the next; one "no" stops the sequence or reduces size. Particular attention to row 6 — every supercycle has at least one 30%+ drawdown in the middle, and the kill switch is the *only* thing that protects the basket from carrying the trade through the wrong tape.</figcaption> </figure>

Watch This Before You Position

A focused walkthrough of the 2026 uranium setup — spot price dynamics, the supply-and-demand math, and the equity names that actually capture the thesis. The video below is one of the more-watched institutional-grade overviews of the cycle and frames the levels you should have on the chart this week.

The takeaway you should screen for as you watch: the wheel structure assumes a secular bull thesis. It does not protect you against a regime change. If the U.S. hyperscaler PPA wave reverses, if HALEU comes online faster than projected, or if the Russian re-engagement on conversion services is somehow restored, the supply-side legs of the thesis weaken. None of those look likely in the next 12 months. All three deserve a calendar reminder for review at every quarterly earnings cycle from CCJ.

What Breaks the Trade — The Three Risks That Actually Matter

Three risks deserve specific naming, not because they are likely, but because each one independently kills the wheel structure rather than just denting it:

1. A spot-uranium reversal below $80/lb sustained for two months or longer. The contract market reprices off spot, with a lag. A sustained spot break below the $80 floor inverts the term-contract escalators, miners reset capex assumptions, and CCJ specifically sees its 2027 EPS estimate compress 25%+ in a single guide-down. Mitigation: kill switch at spot < $80, scale out URA and CCJ legs, hold CEG (least-affected by spot).

2. A hyperscaler walk. If Microsoft, Amazon, or Meta publicly back away from one of the announced PPAs — for cost overrun reasons, regulatory delay, or strategic redirection toward natural gas — the thesis shifts from secular to cyclical. CEG bears the most direct hit (its operator-level revenue is most tied to hyperscaler contracted price), URA and CCJ less so. Mitigation: monitor quarterly hyperscaler capex commentary; cut CEG sleeve first.

3. A nuclear safety incident. The hardest tail to handicap. A material safety event at a Western reactor — even a non-radiological one — historically triggers a regulatory-overhang sell-off across the entire basket regardless of fundamentals. Fukushima knocked the prior cycle off by 80%. Mitigation: the wheel itself is partially defensive here because you are continuously paid premium for the right tail you have given up; on a tail-event sell-off, accelerate roll-down on puts to reduce assignment risk.

The wheel does not eliminate any of these risks. It compensates you continuously to wear them. The compensation is real — that is what the IV-rank math actually says — but the risks have to be named before you size, not after.

The Bottom Line

The 2026 uranium repricing is the cleanest secular thesis in the energy complex. Spot crossed back above $100/lb for the first time in 18 years, the term-contract market is being negotiated at $80–$95 floors with escalators, and a structural demand stack — hyperscaler PPAs, utility under-contracting, SMR fleet HALEU pinch — has aligned with two structural supply pinches that did not exist in the 2007 cycle. This is not a trade. It is a 5-to-10-year position thesis that happens to express well through equities.

The defined-risk way to express it is not concentrated single-name call buying or YOLO speculation in pre-revenue SMR developers. It is the wheel strategy run on a three-stock basket — URA for diversified core exposure, CCJ for single-name miner alpha, and CEG for hyperscaler-contract cash flow — sized at 2x / 1x / 1x contract ratio, with cash-secured puts at the 0.30-delta level, covered calls at the 0.25–0.30-delta level after assignment, and rolls run on a strict trigger rather than at expiry. The structure pays you three ways: put premium up front, dividends and price appreciation while assigned, and call premium and capital gains on the call-away.

For a $50,000 account, that translates to roughly $1,400–$1,500 in round-trip premium per ~75-day cycle, or 14%–18% premium-only annualized yield, on top of any price appreciation captured between assignment and call-away. Run it across 4–5 cycles a year through the macro regime that is genuinely bullish — Fed paused, growth slowing but positive, oil trending lower, hyperscaler capex committed — and let the kill switches do their job in the regime where it isn't.

The version of this trade that wrecks careers is the all-in single-name version. The version that builds them is the basket, sized correctly, with the rolls done on schedule and the assignment events treated as the strategy working, not as the strategy breaking. The macro is doing the heavy lifting in 2026; your job is to size the wheel correctly and let the IV-rank arithmetic do the rest.

Educational content; not investment advice. Options trading involves substantial risk of loss and is not appropriate for all investors. Past performance is not indicative of future results. Always verify metrics, chain pricing, and macro data on your own broker's platform immediately before any trade, and consult a licensed financial professional. Read the OCC's Characteristics and Risks of Standardized Options before acting on any of the ideas discussed here.

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