Crusoe, a Denver-based startup specializing in AI data centers, has withdrawn from a significant $1.25 billion deal with Boom Supersonic, a company known for its supersonic jet development. The agreement, which involved utilizing Boom's stationary gas turbines for Crusoe's AI data centers, is no longer proceeding as initially planned. This development signals a strategic pivot for Crusoe, which recently secured $3.9 billion in funding and has established itself as a major player in the AI data center sector, notably supplying computing power to OpenAI.
Boom Supersonic, while continuing the development of its Overture supersonic passenger jet, had diversified into stationary power plants by adapting its Symphony engine for ground-based applications. The 'Superpower' turbines, sharing approximately 80% of their components with the airborne engine, were slated for delivery to Crusoe starting in 2027. However, Blake Scholl, CEO of Boom Supersonic, confirmed the termination of this specific launch partnership, although he indicated that Boom is moving forward with other customers for its turbine technology.
Crusoe's Evolving Power Strategy for AI Infrastructure
Crusoe's decision to discontinue the $1.25 billion agreement for Boom's stationary gas turbines highlights a significant shift in its power strategy for AI data centers. Initially, Crusoe, which originated as a Bitcoin mining operation utilizing excess natural gas, had committed to purchasing 29 of Boom's 42-megawatt Superpower turbines. This partnership was expected to commence deliveries in 2027, integrating these turbines into Crusoe's rapidly expanding network of AI data centers, including a substantial facility in Abilene, Texas, that supports OpenAI. The company's spokesperson, Andrew Schmitt, emphasized Crusoe's commitment to flexibility in energy solutions, adapting to the specific needs of each site as its portfolio grows. This adaptive approach involves considering a diverse range of energy sources, including wind, solar, batteries, and grid power, alongside turbines.
This strategic redirection reflects Crusoe's dynamic approach to powering its AI infrastructure. While the company acknowledged the value of its collaboration with Boom Supersonic in shaping the Superpower turbine, the partnership is no longer deemed the optimal fit for current requirements. Crusoe's existing and future data centers, such as the 1.2 gigawatt facility in Abilene for Oracle and OpenAI, primarily rely on grid power, with gas turbines serving as backup. Furthermore, a new 900-megawatt data center being developed for Microsoft in Abilene will incorporate on-site gas turbines. This diversified energy portfolio underscores Crusoe's commitment to efficient and reliable power delivery for its demanding AI operations, continuously evaluating the most suitable energy solutions as technological advancements and operational needs evolve.
Boom Supersonic's Turbine Business Navigates a New Path
Boom Supersonic's venture into stationary power generation, designed to leverage its advanced jet engine technology, faces a new landscape following the termination of its substantial agreement with Crusoe. The 'Superpower' turbines, which share a significant number of components with the Symphony engine developed for Boom's Overture supersonic jet, were envisioned as a crucial revenue stream. This initiative aimed to generate profits that would help fund the capital-intensive development of the supersonic passenger jet. The initial $1.25 billion deal with Crusoe, intending to deploy 29 turbines with a total capacity of 42 megawatts each, marked a significant step in this diversification strategy, with first deliveries anticipated in 2027.
Despite the setback with Crusoe, Boom Supersonic remains committed to its turbine business. Blake Scholl, CEO of Boom Supersonic, publicly acknowledged the change in partnership but confirmed that the company has other customers in its pipeline. He projected the delivery of approximately 250 megawatts of Superpower turbines to alternative sites in the coming year, with an ambitious target of 1 gigawatt by 2028. This indicates that while the specific collaboration with Crusoe has concluded, Boom's broader strategy to commercialize its stationary power plants is still active. The company's ability to attract and secure new clients will be crucial in demonstrating the viability of this business segment and in achieving its goal of using turbine sales to bolster the development of its supersonic aircraft.
