Crusoe Cancels $1.25B Boom Supersonic Turbine Deal for AI Data Centers

Denver-based AI infrastructure provider Crusoe has terminated a landmark $1.25 billion contract with Boom Supersonic to deploy stationary natural gas turbines at its high-density computing campuses. The deal, which positioned Crusoe as the anchor launch customer for Boom’s stationary power generation division, centered on the delivery of 29 natural gas-fired "Superpower" turbines totaling over 1.2 gigawatts of capacity slated to begin in 2027.

The dissolution of the agreement comes despite Crusoe's recent $3.9 billion capital raise and its rapid expansion into gigawatt-scale data center projects supplying compute capacity to leading artificial intelligence developers, including OpenAI and Microsoft. The cancellation highlights shifting energy procurement strategies among data center operators as they weigh grid interconnection timelines against on-site power generation risks.

Boom Supersonic Chief Executive Blake Scholl publicly confirmed the end of the launch partnership, stating that turbines are no longer central to Crusoe’s near-term primary power mix at key locations like its flagship campus in Abilene, Texas. Representatives from Crusoe subsequently confirmed the decision, emphasizing the company's intent to maintain flexibility across grid, solar, wind, and battery storage solutions rather than tying its immediate rollout to a single hardware vendor.

• Contract Scale and Scope: The agreement encompassed 29 of Boom’s 42-megawatt Superpower turbines, representing a prospective $1.25 billion commitment and roughly 1.2 gigawatts of generation capacity.
• Primary Anchor Loss: The termination deprives Boom of its initial flagship client for its power generation unit, which was created to generate cash flow for its core Overture supersonic commercial jetliner program.
• Turbine Architecture: Boom’s Superpower turbine shares roughly 80 percent of its components with the company's "Symphony" jet engine, designed to repurpose aerospace turbomachinery for stationary ground power applications.
• Alternative Delivery Timeline: Boom stated it maintains other customers in its commercial pipeline, expecting to deliver approximately 250 megawatts of Superpower generation next year, with a long-term goal of 1 gigawatt deployed by 2028.
• Diverse Site Strategy: Crusoe's existing 1.2-gigawatt campus in Abilene, Texas—built to support OpenAI workloads via Oracle—currently relies on grid connectivity with backup gas turbines, while a separate 900-megawatt Microsoft site in Abilene remains slated for on-site gas generation.

The severance of the contract creates immediate strategic hurdles for Boom Supersonic. Last year, Boom raised $300 million to scale its stationary power venture, operating under a business model designed to funnel high-margin industrial hardware revenues directly into the capital-intensive development and FAA certification of its Overture airliner. Without Crusoe serving as a guaranteed buyer for initial factory output, Boom faces heightened pressure to convert secondary pipeline leads into firm, binding purchase agreements to validate its power generation model.

For Crusoe and the broader AI ecosystem, the decision reflects the extreme urgency and risk management required in securing reliable energy. Hyperscalers and AI laboratories require continuous, uninterrupted megawatts to operate high-density GPU clusters. While off-grid gas turbines offer rapid deployment compared to multi-year utility grid interconnection queues, relying on unproven industrial gas turbines derived from aero-engine designs introduces operational execution risks. Crusoe’s decision to retain strategic flexibility signals that data center builders are hesitant to bind their immediate capital deployment schedules to nascent hardware platforms when multi-billion-dollar compute contracts are at stake.

Crusoe initially launched in 2018 as a bitcoin mining operation focused on capturing stranded natural gas flares from oil fields to produce low-cost on-site electricity. As demand for generative AI compute accelerated sharply, Crusoe pivoted into large-scale cloud hosting and data center construction, repositioning its brand around clean, high-density computing infrastructure. The company quickly emerged as a critical supply chain partner for top-tier AI developers, securing major commitments to build massive campuses in Texas and beyond.

Boom Supersonic introduced its Superpower turbine enterprise as a strategic bridge to bridge the lengthy capital payback cycles inherent to commercial aerospace manufacturing. By adapting its proprietary Symphony turbofan engine into stationary generators, Boom intended to capitalize on the acute power deficit facing North American data center operators. However, transitioning specialized flight turbomachinery into heavy industrial base-load ground hardware presents significant manufacturing challenges that data center developers must weigh against traditional grid connections and established industrial power equipment.

“"As our portfolio grows, we stay flexible, choosing the energy solutions that are right for each site as its needs evolve — including turbines, along with wind, solar, batteries and the grid." — Andrew Schmitt, Crusoe Spokesperson”

In the coming quarters, industrial power markets will monitor whether Boom Supersonic can execute its revised timeline to deliver 250 megawatts of Superpower turbines next year to alternative clients. Proving that aero-derivative engines can operate reliably in continuous ground power generation will be crucial if Boom expects to achieve its 1-gigawatt target by 2028 and preserve investor confidence in its dual-track corporate strategy.

Simultaneously, Crusoe’s energy sourcing decisions across its active buildouts will serve as a bellwether for the data center industry. As regional electric grids contend with transmission bottlenecks and prolonged queue times, the balance between utility connections and behind-the-meter off-grid generation will remain central to the expansion of artificial intelligence infrastructure. How Crusoe structures power agreements for its upcoming Microsoft and OpenAI facilities will offer critical benchmarks for how high-density compute facilities manage gigawatt-scale energy constraints moving forward.