Crusoe's AI Data Center Plans Shift as Boom Supersonic Turbine Deal Falls Through

Revised Strategy: Crusoe's Energy Mix Evolves

As artificial intelligence continues to reshape global computing, the demand for data centers has skyrocketed—along with the need for reliable and scalable power sources. In this context, Denver-based startup Crusoe has emerged as one of the most significant players in building AI infrastructure. Recently, Crusoe made headlines by raising $3.9 billion to expand its portfolio, including a major campus in Abilene, Texas, that powers OpenAI's operations.

"We build AI factories from the power up, and we're bringing new campuses online across the country, powered by innovative energy sources," said a Crusoe spokesperson.

However, a major development has emerged from this expansion: Crusoe is no longer moving forward with its $1.25 billion partnership with fellow Denver company Boom Supersonic to use its Superpower turbines at AI data centers. This decision marks a pivotal moment for both companies and raises important questions about energy strategy in the rapidly evolving tech landscape.

The Boom Supersonic Connection

Boom Supersonic, best known for developing the Overture supersonic passenger jet, launched a new division last year aimed at commercializing the engines used in that aircraft. These engines—rebranded as the Superpower turbine—share approximately 80% of their components with the airborne Symphony engine. The company pitched its stationary power plants as an innovative solution for powering data centers and other high-energy facilities.

The initial plan was ambitious: Crusoe would be the first customer, investing $1.25 billion in 29 of Boom's 42-megawatt Superpower turbines, with deliveries set to begin in 2027. That timeline has now been scrapped.

CEO Scholl Clarifies the Decision

Boom Supersonic CEO Blake Scholl confirmed the termination of the deal in a brief post on X (formerly Twitter), explaining that turbines were no longer part of Crusoe's near-term power mix. Scholl noted that while other customers are currently lined up, the company is now targeting 1 gigawatt of Superpower capacity by 2028.

"The TL/DR is that turbines are no longer part of Crusoe's near term primary power mix at Abilene/etc., so a launch partnership just didn't make sense," Scholl wrote. He added, "Boom will be delivering about 250MW of Superpowers next year to other sites, and we're targeting 1GW in 2028."

While the relationship was initially promising, the decision to back away from this partnership reveals how dynamic business strategies can shift when operational realities differ from early projections.

Crusoe's Current Energy Approach

Crusoe's current energy setup is more diversified. The company's flagship Abilene campus, built for Oracle and OpenAI, relies primarily on the grid, with a gas-turbine power plant used only as backup. Additionally, a 900 megawatt data center being built for Microsoft in the same region will be powered entirely by on-site gas turbines.

This approach reflects Crusoe's flexibility and strategic decision-making: rather than committing to one energy source, they're adapting based on site-specific needs and available resources. It also demonstrates their broader vision—building AI infrastructure not just with efficiency in mind, but also with sustainability and scalability as core principles.

Broader Implications for the Industry

This shift in Crusoe's energy strategy highlights a critical trend in the tech industry: the need to be adaptable when deploying large-scale infrastructure projects. For Boom Supersonic, losing its launch customer is a significant setback, particularly after raising $300 million last year to commercialize the Superpower line.

The original intent was to use revenue from stationary power sales to fund the development of Overture. With Crusoe's withdrawal, Boom must now pivot and find alternative customers or reassess its investment strategy. This could impact how other companies approach cross-industry partnerships—especially those involving emerging technologies that are still in their early stages.

Moreover, this situation underscores how quickly market conditions can change. What seemed like a mutually beneficial collaboration may no longer align with one party's evolving priorities or operational requirements. It also shows how critical it is for startups to maintain flexibility in their business models as they scale.

Looking Ahead: A New Chapter

While this partnership ends, both companies continue to work toward their respective goals. Crusoe remains committed to building scalable data centers powered by various sources—including wind, solar, batteries, and grid power—ensuring that each site is tailored to its energy needs. Meanwhile, Boom is preparing to deliver the first of its Superpower turbines to other customers next year.

As AI continues to reshape industries, companies like Crusoe and Boom will likely face similar challenges in balancing innovation with pragmatism. The lesson here is clear: successful partnerships require not only shared vision but also alignment in execution timelines and market readiness.

Crusoe's pivot may seem like a setback now, but it could be viewed as a strategic realignment that positions the company for more efficient, scalable expansion. For Boom, this moment offers an opportunity to refine its approach and find new opportunities in emerging markets. Both are testament to the resilience and adaptability required in today's fast-moving tech landscape.