Crusoe abandons $1.25B plan to use Boom turbines at AI data centers

Crusoe Shifts Power Strategy, Cancels Turbine Deal

AI data center developer Crusoe has terminated a $1.25 billion agreement to purchase stationary power turbines from aerospace firm Boom Supersonic, signaling a significant pivot in its energy strategy. The move, confirmed by both Denver-based companies, cancels Crusoe's role as the launch customer for Boom's Superpower turbine business. This decision comes as Crusoe, recently infused with $3.9 billion in capital, rapidly expands its AI computing campuses for clients like OpenAI and Microsoft, highlighting the intense and fluid challenge of securing reliable power for large-scale AI infrastructure.

The Technical and Financial Context

The now-defunct deal was a cornerstone of Boom Supersonic's strategy to fund the development of its Overture supersonic jet. The company intended to commercialize a ground-based version of its Symphony jet engine as a natural gas-fired power plant. For Crusoe, the turbines were intended to provide primary power for new data center sites, including its massive campus in Abilene, Texas. According to Boom CEO Blake Scholl, the partnership dissolved because turbines are no longer in Crusoe's “near term primary power mix.”

• Buyer: Crusoe
• Seller: Boom Supersonic
• Product: 29 Superpower turbines (42-megawatt each)
• Deal Value: $1.25 billion
• Original Delivery Start: 2027

Impact on the AI Power Ecosystem

The cancellation is a notable setback for Boom, which loses a key launch partner for a business unit critical to its aviation ambitions, though the company claims it has other customers in its pipeline. For Crusoe and the broader AI industry, it underscores a shift towards a more diversified and site-specific energy portfolio. A Crusoe spokesperson confirmed the company is adopting a flexible approach, utilizing a mix of turbines, wind, solar, batteries, and the grid as needed. This move reflects the growing recognition that a one-size-fits-all power solution is unworkable for meeting the colossal and immediate energy demands of AI compute across different geographic locations and regulatory environments.

The abrupt termination of the Crusoe-Boom deal underscores a critical reality in the AI gold rush: energy strategy is not a static plan but a dynamic and often volatile variable. As data center builders scale, the ability to pivot power sources—from grid to gas turbines to renewables—based on site-specific costs and timelines is becoming a core competitive advantage.