Crusoe Drops Boom Turbine Deal as AI Data Center Power Plans Shift

Introduction

Crusoe and Boom Supersonic have ended a planned stationary-power partnership worth about $1.25 billion. Boom CEO Blake Scholl said the companies are no longer moving forward with the launch arrangement for Superpower, a natural-gas-fired turbine derived from Boom’s aircraft-engine work. Crusoe, however, says the change is about the supplier and near-term deployment plan—not a retreat from turbines or from a diversified power strategy.

Key points

• Crusoe had planned to purchase 29 Superpower turbines rated at 42 megawatts each, for a combined capacity of about 1.218 gigawatts.
• First deliveries were expected to begin in 2027.
• Boom says Superpower shares about 80% of its parts with Symphony, the engine being developed for the Overture supersonic aircraft.
• Boom claims it expects to deliver about 250 megawatts to other sites next year and is targeting 1 gigawatt in 2028.
• Crusoe says its future portfolio may include gas turbines, wind, solar, batteries and grid power, depending on each site.

Why the partnership broke down

Boom had positioned stationary power as a way to commercialize technology developed for Overture while generating revenue to support the aircraft program. Crusoe’s commitment was especially important because it was the launch-customer agreement for the new business. Losing that order is therefore a setback for Boom’s commercialization effort, even though the company says other customers remain in its pipeline.

For Crusoe, the decision reflects a more project-specific procurement model. The company began in 2018 as a bitcoin miner using excess natural gas from oil fields, then evolved into a major AI data center developer. Its first 1.2-gigawatt Abilene facility, built for Oracle and OpenAI, is primarily powered by the grid, with a gas-turbine plant used only for backup. A separate 900-megawatt Abilene campus being built for Microsoft is planned to use on-site gas turbines.

Those projects illustrate why one supplier or one generation technology may not fit every site. Grid availability, interconnection timing, fuel access, backup requirements and construction schedules can vary widely. Crusoe says it will choose the energy solution that matches each campus as its needs change, rather than committing to Boom’s turbines across its portfolio.

Broader impact

The dispute highlights a central challenge in AI infrastructure: securing power can be as important as securing processors. Data center operators must balance reliability, delivery speed, fuel logistics, emissions considerations and long-term cost. For companies entering distributed generation, an initial customer is only the starting point; manufacturing scale, maintenance and compatibility with different campus designs will determine whether the business can grow.

Crusoe’s position also shows that AI data center power strategies are becoming more modular. The company has not abandoned turbines, nor has it selected a single universal source. Instead, it is assembling site-specific combinations of grid power, gas generation, renewables and storage. Boom’s ability to replace Crusoe with other customers will be an important test of whether Superpower can become a durable business alongside its supersonic aircraft program.

Source: TechCrunch AI