Hut 8 Prices $3.25B Senior Secured Notes for River Bend, Cuts Near-Term Dilution Risk

What happened

Hut 8 announced pricing of $3.25 billion of 6.192% senior secured notes due 2042, fully amortizing and non-recourse to the parent, for its River Bend data center project. This is a significant milestone toward closing the project financing that management targeted at up to 85% loan-to-cost, reducing the probability of heavy ATM usage that our thesis flagged as a key risk. However, the 6.192% coupon is not cheap, and the notes are secured against the project, meaning equity holders remain subordinate to a large debt stack. The news does not change the gating item of 330 MW utility capacity availability by July 1, 2026, nor does it accelerate River Bend's Q2 2027 commissioning timeline. While financing risk recedes, the stock still trades at an EV/EBITDA of 56x on a BTC-dominated earnings base, leaving it vulnerable to schedule slippage.

Implication

This financing lowers the risk of equity overhang from the $1.0B ATM program, a key bear scenario. However, the non-recourse structure means lenders have first claim on River Bend cash flows, and the 6.192% coupon adds to interest costs. Investors should watch for definitive documentation and any updates on River Bend's construction progress. The core thesis remains binary on power delivery by July 1, 2026 and commissioning by Q2 2027. If those milestones are met, the stock could re-rate; if not, downside remains as the Bitcoin mining business still dominates earnings.

Thesis delta

The $3.25B note pricing shifts the probability skew from Bear toward Base, as it reduces reliance on equity-linked funding for River Bend. This was the key differentiator between our Bear and Base scenarios. The gating item remains power availability; but the financing de-risks the capital structure. We now see a higher probability of the stock trading toward our Base downside of $42 rather than Bear of $28, but maintain our Potential Sell rating due to still-elevated valuation and execution risk.