AI Will Give Humanity the Moon, Mars and Supersonic Travel

Key Takeaways

• Boom sold 29 turbines, 1.21 GW, $1.25 B backlog.
• Each 42 MW unit costs $43 M, $1,033/kW.
• Funding round raised $300 M for supersonic airliner.
• Turbines maintain output above 110 °F, no derating.
• Production target >4 GW/year by 2030.

Pulse Analysis

AI-driven workloads are driving unprecedented demand for reliable, high‑density power, and traditional gas turbines are struggling with price volatility and performance loss in hot climates. Boom Supersonic’s Superpower line leverages aeroderivative technology derived from its supersonic engine program, delivering 42 MW per unit with 39 % simple‑cycle efficiency and stable output even above 110 °F. By bundling the turbines with Baker Hughes BRUSH DAX 7 generators and offering a turnkey, containerized solution at $1,033 per kilowatt, Boom positions itself as a cost‑effective alternative to legacy GE and Siemens units, which can lose 20‑30 % capacity under similar conditions.

The strategic partnership with Crusade, an AI‑focused data‑center operator, creates a $1.25 billion backlog and demonstrates market appetite for power assets that can be rapidly deployed—14‑day installation—and operate behind the meter. This order not only funds Boom’s ongoing development of the Overture supersonic passenger jet but also provides a real‑world testbed for scaling manufacturing processes. The $300 million financing round, featuring investors such as Altimeter Capital and ARK Invest, underscores confidence that the turbine business can generate the cash flow needed to sustain the capital‑intensive aerospace venture.

Looking ahead, Boom’s ambition to reach more than 4 GW of annual turbine production by 2030 could reshape the energy supply chain for AI infrastructure, especially as the sector’s annual spend climbs into the trillions. The combination of high‑temperature resilience, competitive pricing, and rapid deployment may set a new benchmark for data‑center power, while the revenue stream supports the broader goal of commercial supersonic travel—linking terrestrial AI growth with the next frontier of high‑speed aviation.