Boom Supersonic has secured $300 million in funding to power Crusoe’s AI data centers with its innovative new gas turbines, marking a significant expansion into the energy sector beyond supersonic aviation. This breakthrough leverages supersonic engine technology to address the growing power demands of artificial intelligence infrastructure, positioning Boom as a key player in both aerospace and clean energy markets.
Boom Supersonic Launches Superpower Gas Turbine for AI Data Centers
Boom Supersonic has introduced Superpower, a cutting-edge 42-megawatt natural gas turbine designed specifically to meet the massive energy needs of AI data centers. The turbine uses advanced core technology adapted from Boom’s Symphony supersonic jet engine, optimized for stationary power generation. This design enables high efficiency and reliable output even in extreme heat, maintaining full capacity above 110°F without requiring water cooling—an advantage for deployment in arid or energy-constrained regions.
The Superpower turbine comes in a compact, shipping-container-scale package and runs primarily on clean natural gas, with diesel backup capability. Its high-performance characteristics cater to energy-intensive AI workloads, providing a scalable and consistent power source that addresses the current grid limitations affecting GPU-heavy data centers[1][2].
$300 Million Funding Round and Major Order from Crusoe
The $300 million funding round, led by Darsana Capital Partners and joined by investors such as Altimeter Capital and ARK Invest, supports the development and scaling of Superpower turbines. This capital injection enables Boom Supersonic to accelerate production and meet a significant order backlog currently valued at $1.25 billion.
Crusoe, an AI infrastructure developer focused on an "energy-first approach," is Boom’s launch customer and has purchased 29 Superpower units, representing 1.21 gigawatts of new power capacity. Crusoe’s CEO, Chase Lochmiller, emphasized the strategic alignment with Boom’s technology to power next-generation data centers that demand reliable, high-efficiency energy sources[1][3].
Vertical Integration and Production Scaling for Energy and Aviation
Boom is applying a vertical integration strategy inspired by its aerospace manufacturing experience to scale turbine production rapidly. The new Superpower Superfactory is designed to transform raw materials into gigawatts of turbine power output annually, aiming for production capacity exceeding 4 gigawatts per year by 2030.
This approach addresses supply chain congestion and ensures faster delivery times, crucial for meeting urgent AI data center power needs. Additionally, revenues from the Superpower turbine business are expected to provide near-term financial support for the certification and delivery of Boom’s flagship Overture supersonic airliner, creating a synergistic business model across energy and aviation sectors[2][1].
Supersonic Technology as a Solution to America’s Energy Crisis
Founder and CEO Blake Scholl highlighted that supersonic technology, originally intended to revolutionize fast flight, now serves as an accelerant for AI power solutions. The synergy between aerospace engineering and energy innovation positions Boom Supersonic to tackle critical infrastructure challenges in the US and beyond.
By leveraging its expertise in high-performance jet engines, Boom is pioneering a new class of turbines that could reshape how AI data centers source power, helping alleviate the grid constraints that currently throttle AI development and deployment[2].
Frequently Asked Questions
What is the Superpower gas turbine?
Superpower is a 42-megawatt natural gas turbine developed by Boom Supersonic, adapted from its Symphony supersonic jet engine technology, designed to provide efficient, reliable power for AI data centers.
Who is the launch customer for the Superpower turbine?
Crusoe, an AI infrastructure company focused on energy-efficient data centers, is the launch customer and has ordered 29 Superpower turbines totaling 1.21 gigawatts of power capacity.
How much funding has Boom Supersonic raised for the Superpower project?
Boom secured $300 million in a funding round led by Darsana Capital Partners, with participation from Altimeter Capital, ARK Invest, and others.
How does the Superpower turbine benefit AI data centers?
The turbine offers high efficiency and consistent output, operating above 110°F without water cooling, making it well-suited for energy-intensive AI workloads and deployment in hot or arid climates.
How will turbine sales impact Boom’s supersonic jet program?
Revenues from turbine sales are expected to generate near-term cash flow to support the certification and delivery of Boom’s Overture supersonic airliner.
When is Boom Supersonic expecting to scale production of the Superpower turbines?
Boom aims to scale production to over 4 gigawatts annually by 2030, facilitated by its vertically integrated Superpower Superfactory.
🔄 Updated: 12/9/2025, 7:30:48 PM
Boom Supersonic secured $300 million in funding led by Darsana Capital Partners to scale production of its new 42-megawatt Superpower gas turbines, designed to power AI data centers with high efficiency and consistent output even in hot climates[1][2]. Industry experts highlight that Boom’s adaptation of supersonic jet engine technology for stationary power offers a breakthrough in addressing AI’s escalating energy demands, with Crusoe’s purchase of 29 units (1.21 GW capacity) reflecting strong market confidence[1]. CEO Blake Scholl emphasized that this financing puts Boom on a self-funded path to deliver both Superpower turbines and their supersonic airliner, underscoring vertical integration as key to overcoming legacy supply chain constraints[2
🔄 Updated: 12/9/2025, 7:40:46 PM
Boom Supersonic has secured $300 million led by Darsana Capital Partners to power Crusoe’s AI data centers with its new 42-MW Superpower gas turbines, marking a significant shift in the competitive landscape of energy for AI infrastructure[1][4]. Crusoe’s purchase of 29 units, totaling 1.21 gigawatts of capacity, positions Boom as a major new player, leveraging supersonic engine technology to deliver reliable, efficient power even in hot climates without water, a crucial advantage over traditional turbines[1]. This $1.25 billion backlog and plans to scale turbine production to over 4 GW annually by 2030 challenge existing power suppliers and promise near-term revenue to support Boom’s broader aerospace ambitions[
🔄 Updated: 12/9/2025, 7:50:47 PM
Boom Supersonic’s surprise pivot to supplying 29 new gas turbines to power Crusoe’s AI data centers has drawn mixed reactions, with climate-conscious consumers criticizing the move as “greenwashing” on social media, while tech investors applaud the $300 million funding round that will help bankroll its supersonic jet program. “They’re selling clean speed but burning gas for data farms,” tweeted one environmental advocate, while a Reddit thread in r/aviation saw users split, with some calling it a “brilliant cash-flow play” and others warning it “undermines their sustainability claims.”
🔄 Updated: 12/9/2025, 8:00:54 PM
Boom Supersonic has raised $300 million led by Darsana Capital Partners to develop and scale its Superpower 42-megawatt natural gas turbines, derived from its Symphony supersonic jet engine core, targeting AI data centers' power needs. Crusoe has committed to purchasing 29 units, totaling 1.21 gigawatts of capacity, with the turbines designed for high efficiency and stable output above 110°F without water, ideal for arid environments. Boom projects production scaling to over 4 gigawatts annually by 2030, positioning this energy business to generate near-term revenue that supports certification of its Overture supersonic airliner[1][2][4].
🔄 Updated: 12/9/2025, 8:11:02 PM
Boom Supersonic secured $300 million in funding led by Darsana Capital Partners to produce its new 42-MW natural gas turbines, designed to power AI data centers such as Crusoe’s with 29 units totaling 1.21 gigawatts of capacity, marking a $1.25 billion turbine order backlog[1][4]. This innovation, leveraging supersonic jet engine technology, promises reliable, efficient power even in extreme heat and arid regions, addressing global AI power constraints and drawing international attention to clean, scalable energy solutions for data infrastructure[1][2]. The significant investment and deployment signal a global shift towards integrating advanced aerospace tech in energy markets, with Boom aiming to scale production to over 4 GW annually by
🔄 Updated: 12/9/2025, 8:21:05 PM
Boom Supersonic's $300 million funding round, led by Darsana Capital Partners, and a $1.25 billion backlog for its 42-MW Superpower gas turbines signal a major shift in the competitive landscape for powering AI data centers[1][4]. With Crusoe as the launch customer purchasing 29 units (1.21 gigawatts capacity), Boom is leveraging supersonic engine technology to offer high-efficiency, reliable power solutions that could challenge traditional turbine makers and accelerate AI infrastructure deployment[1][2]. CEO Blake Scholl stated, “Supersonic technology is an accelerant — of course for faster flight, but now for artificial intelligence as well,” highlighting Boom’s strategic pivot into energy[1].
🔄 Updated: 12/9/2025, 8:31:05 PM
Boom Supersonic’s $300 million funding and deal to deliver 29 new 42 MW gas turbines to Crusoe AI data centers sparked mixed public reactions, with some consumers praising the innovative approach to solving the AI energy crisis. One tech industry observer noted the move as “a bold step to address the growing power bottleneck hampering AI growth,” while environmental advocates expressed concern over the reliance on natural gas turbines despite their efficiency benefits[1][2]. Overall, the investment highlights growing attention to energy infrastructure demands driven by AI expansion.
🔄 Updated: 12/9/2025, 8:41:09 PM
Boom Supersonic secured $300 million in funding to deploy its new 42 MW natural gas turbines, branded Superpower, with Crusoe as the launch customer for AI data centers, signing a deal to supply 29 turbines delivering a total of 1.21 gigawatts[1][2]. Industry experts highlight this as a pivotal innovation addressing AI power shortages, with Boom leveraging supersonic technology to create vertically integrated manufacturing aimed at producing up to 2 GW per year—an ambitious scale that disrupts traditional aerospace supply chains[1]. CEO Blake Scholl emphasized that Superpower embodies Boom’s mission to tackle seemingly impossible challenges, marking a critical shift toward self-funded growth in both clean energy and supersonic aviation[1].
🔄 Updated: 12/9/2025, 8:51:08 PM
Boom Supersonic’s $300 million funding round, led by Darsana Capital Partners, strengthens its competitive position in the AI data center power market by backing its Superpower 42-MW gas turbines, which have already secured a $1.25 billion backlog including 29 units purchased by Crusoe, totaling 1.21 gigawatts of capacity[2][4]. This strategic pivot positions Boom to address the projected doubling or tripling of U.S. data center power demand by 2028 with fast-deployable, dispatchable gas turbines, challenging traditional energy suppliers and potentially accelerating the company’s path to profitability and self-funding of its Overture supersonic jet development[1][2]. Crusoe CEO Chase Lochm
🔄 Updated: 12/9/2025, 9:01:10 PM
Boom Supersonic’s announcement of a $300 million funding round to power Crusoe’s AI data centers with 29 new 42 MW gas turbines has drawn mixed reactions from the public and consumers. While some applaud the innovation and potential to alleviate AI data centers' power shortages, others express concerns over increased natural gas use amid climate debates. Industry observers highlight the bold move as a crucial step to meet AI’s massive energy demands, with Boom’s CEO Blake Scholl calling it "a turning point" in addressing America’s energy crisis[1][2].
🔄 Updated: 12/9/2025, 9:11:13 PM
Boom Supersonic secured $300 million in new funding led by Darsana Capital Partners to develop and scale its 42-megawatt Superpower gas turbines, designed to power AI data centers. Crusoe, an AI infrastructure developer, has committed to purchasing 29 units, totaling 1.21 gigawatts of capacity, as part of a $1.25 billion turbine backlog. CEO Blake Scholl emphasized that turbine revenue will accelerate profitability and help self-fund Boom's supersonic airliner development[1][2][4].
🔄 Updated: 12/9/2025, 9:21:11 PM
Boom Supersonic has raised $300 million to develop its new 42 MW Superpower natural gas turbines, securing a deal to supply 29 units to Crusoe, which operates AI data centers facing critical power shortages[1][2]. Experts highlight that Boom’s vertically integrated manufacturing approach aims to deliver gigawatts of clean, reliable energy rapidly, with CEO Blake Scholl emphasizing that the turbines leverage supersonic technology to overcome traditional grid constraints, potentially revolutionizing AI infrastructure power supply[1]. Industry analysts note this move could set a new standard for sustainable, high-capacity power solutions in the AI sector amid escalating electricity demands.
🔄 Updated: 12/9/2025, 9:31:16 PM
Boom Supersonic secured $300 million in funding led by Darsana Capital Partners to advance its Superpower 42-MW natural gas turbine, designed to power energy-intensive AI data centers with 1.21 gigawatts capacity from Crusoe’s initial 29-unit order. The turbine leverages Boom's Symphony jet engine core technology, optimized for high efficiency and maintaining full output above 110°F without water, making it suitable for deployment in hot, arid regions. With a $1.25 billion sales backlog and production expected to scale beyond 4 GW annually by 2030, Boom aims for turbine revenue to accelerate profitability and self-fund its Overture supersonic jet development[2][1].
🔄 Updated: 12/9/2025, 9:41:25 PM
Boom Supersonic has secured $300 million in funding and a $1.25 billion turbine order to power Crusoe’s AI data centers with its new 42-MW Superpower gas turbines, which use jet engine technology adapted for stationary power. The move has drawn international attention, with energy and aviation analysts in Europe and Asia noting that if successful, Boom’s dual-use supersonic core technology could reshape both data center power strategies and next-generation aircraft development globally. “Supersonic technology is an accelerant—of course for faster flight, but now for artificial intelligence as well,” Boom CEO Blake Scholl said, highlighting the broader implications for high-demand computing infrastructure worldwide.
🔄 Updated: 12/9/2025, 9:51:23 PM
Boom Supersonic's $300 million funding round, led by Darsana Capital Partners, and its $1.25 billion purchase agreement with Crusoe for 29 Superpower turbines totaling 1.21 GW, marks a significant shift in the competitive landscape of AI data center power solutions[1][3]. By leveraging aerospace engine technology repurposed for land-based gas turbines, Boom positions itself as a modular, quick-deploy alternative to traditional gas turbine suppliers, targeting the rapidly growing AI data center market expected to demand up to 132 GW of new capacity by 2028[2][3]. This entry intensifies competition, especially as Boom plans to scale production to 4 GW annually by 2030, potentially reshaping market dynamics