Denver-based AI data center heavyweight Crusoe has walked away from a massive $1.25 billion agreement to utilize stationary power turbines developed by aerospace innovator Boom Supersonic. The high-stakes split underscores the rapidly shifting energy demands and flexibility required by the booming artificial intelligence sector.
Founded in 2018 initially as a bitcoin mining operation that harnessed excess natural gas from oil fields, Crusoe has since undergone a monumental transformation. Today, the Denver-based startup stands as one of the preeminent builders of AI data centers in the United States, cementing its status as a critical infrastructure partner for top-tier artificial intelligence labs. Among its most notable projects is a massive campus in Abilene, Texas, which supplies the immense computing power required by industry leader OpenAI. To fuel these energy-intensive computing factories, Crusoe recently secured a staggering $3.9 billion in funding, reflecting intense investor confidence in the physical infrastructure underpinning the artificial intelligence revolution.
As part of its aggressive scaling strategy, Crusoe originally committed to an ambitious energy partnership with fellow Denver enterprise Boom Supersonic. The deal called for Crusoe to spend $1.25 billion on 29 stationary power plants manufactured by Boom, with initial deliveries slated to begin in 2027. However, the rapidly changing dynamics of powering next-generation artificial intelligence workloads have forced a strategic pivot. Crusoe confirmed that turbines are no longer part of its near-term primary power mix at locations like Abilene, prompting both companies to amicably dissolve what was intended to be a landmark industrial launch partnership for the aerospace firm's energy spin-off division.
Boom Supersonic is primarily known in the aerospace sector for developing the Overture, a high-profile commercial supersonic passenger jet designed to revolutionize air travel. However, the company made a strategic business pivot last year by launching a new commercial division aimed at repurposing the engine technology designed for its jet into natural gas-fired stationary power plants. Known as the Superpower turbine, this stationary generator shares approximately 80% of its component parts with Symphony, the proprietary engine powering the upcoming Overture aircraft. This cross-industry application was designed to create an alternative revenue stream to support the capital-intensive development of supersonic passenger flight.
To jumpstart this energy venture, Boom Supersonic raised $300 million last year, with a significant portion of the capital earmarked for commercializing the Superpower turbine line. Securing Crusoe as a premier launch customer was considered a major coup for the aerospace firm, validating the industrial viability of adapting aviation propulsion systems for ground-based power generation. Blake Scholl, CEO of Boom Supersonic, previously emphasized to industry reporters that profits generated from the stationary power plant business were intended to directly fund the ongoing research and development required to bring the Overture passenger jet to commercial reality.
The dissolution of the billion-dollar agreement came to light via social media when Boom Supersonic CEO Blake Scholl addressed the situation in a public post on X. After initially congratulating Crusoe founders Cully Cavness and Chase Lochmiller on their company's recent massive fundraising round, Scholl clarified that the two companies were no longer moving forward with the turbine launch partnership. He explained that because stationary turbines no longer fit into Crusoe's immediate primary power mix for its Abilene and other data center campuses, the launch partnership simply ceased to make economic and operational sense for either party involved.
Despite losing its high-profile anchor customer, Boom Supersonic maintains that its broader energy business pipeline remains robust and active. In his public statement, Scholl noted that the company is on track to deliver approximately 250 megawatts of Superpower turbines to alternative operational sites next year, with an even more aggressive target of reaching one gigawatt of deployment capacity by 2028. Furthermore, Scholl expressed gratitude for the collaborative feedback Crusoe provided in shaping the initial design of the Superpower turbine, leaving the door open for potential future collaborations if energy requirements for AI data centers evolve to reintegrate turbine technology.
Confirming the termination of the agreement, Crusoe emphasized that its procurement strategy remains strictly anchored in adaptability and operational efficiency. Andrew Schmitt, a spokesperson for Crusoe, explained the company's philosophy in an email statement, noting that the firm builds AI factories from the power up and is actively bringing new campuses online across the United States powered by diverse, innovative energy sources. As the company's operational portfolio continues to expand rapidly, maintaining flexibility allows Crusoe to select the exact energy solutions that match the distinct needs of each individual site as technological requirements evolve.
This fluid approach encompasses a broad spectrum of power generation technologies, including traditional turbines alongside renewable options such as wind, solar, advanced battery storage systems, and direct grid interconnects. While Schmitt acknowledged that Boom Supersonic has been a great partner throughout the developmental phase, he reiterated that the specific partnership is no longer the correct fit for the company's current operational roadmap. As the artificial intelligence sector grapples with unprecedented power consumption demands, infrastructure providers like Crusoe are prioritizing absolute diversification to ensure uninterrupted power delivery for hyperscale computing environments.
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