Blake Scholl: Why Plane Speed Stalled, Supersonic Commercial Flight, & Revolutionizing the Engine

Strategic Overview and Market Position

• Boom Supersonic currently holds 130 orders from major airlines for its Overture aircraft, designed to fly at Mach 1.7.
• The company aims to set a break-even fare for transatlantic round-trip flights at approximately $3,500, with a goal to make supersonic travel affordable rather than just a luxury.
• Blake Scholl, the founder and CEO, contrasts Boom's rapid progress against Boeing, noting the latter has not introduced a new airliner since 2004.
• The company positions its mission as re-industrializing America by vertically integrating engine manufacturing rather than outsourcing to legacy aerospace firms.

Technical Achievements and Regulatory Milestones

• In 2025, Boom's XB-1 prototype became the first privately developed jet to break the sound barrier using "boomless cruise" technology.
• Boom's sonic boom mitigation strategy, termed "boomless cruise" or "boom cutoff," utilizes atmospheric refraction to redirect shockwaves upward, preventing ground impact.
• This capability was demonstrated with the world's first supersonic installation of Starlink, enabling live video streaming of the flight.
• The ban on supersonic flight over the U.S., originally imposed due to the Concorde's legacy in 1973, was effectively lifted by an executive order signed on June 6 of last year.
• The Supersonic Legalization Act passed both the House and the Senate unanimously, with the full text currently awaiting final Senate confirmation to make the ban lift permanent.
• The Obama administration initially passed on Boom's 2015 seed funding pitch, with Jeff Bezos citing the inability of startups to build all-composite airliners in a garage.

Manufacturing and Diversification Strategy

• Boom is developing its own jet engine from scratch to eliminate reliance on external suppliers like Rolls-Royce, with whom they parted ways publicly.
• The company utilizes digital design tools and advanced manufacturing to produce turbine blades and vanes in-house, starting with raw materials.
• The first vertically integrated jet engine core is scheduled for assembly next month, with testing on a test stand to follow immediately.
• Boom is constructing a new jet turbine factory that will scale to producing multiple gigawatts of capacity per year.
• The company plans to deploy its engine technology for data centers by 2025, offering 42 megawatts of behind-the-meter power generation without water cooling requirements.
• Future data center projects aim to add over 10 gigawatts to the grid within five years, creating a revenue stream to fund aviation development.
• Demand for the ground-based power solution is described as "tens of gigawatts" with immediate interest from customers, including potential interest from major tech firms like OpenAI.

Future Timeline and Operational Goals

• Scholl projects the first Overture passenger flights could arrive around 2030, though he emphasizes being "fast" is more critical than being "predictable."
• Operational constraints mean full supersonic speeds (Mach 1.7) with boomless cruise are only feasible over water; land-based supersonic flight is capped at approximately Mach 1.3 (50% faster than current speeds).
• A New York to San Francisco trip under current limitations would be reduced from six hours to roughly 3.5 hours over the Pacific, with land routes potentially taking 4.5 hours.
• The company aims for a three-out-of-four success metric on speed, safety, comfort, and affordability, contrasting with the Concorde's zero score in these areas.
• While primarily focused on commercial travel, Scholl acknowledges the possibility of private supersonic jets if Gulfstream and Falcon do not enter the space.
• The company's long-term vision involves making supersonic travel standard across all passenger classes, from Air Force One to private jets to commercial economy.