Boom Supersonic CEO takes on critics: They 'don't invent the future, innovators do'

Key Concepts

• Supersonic Flight: Traveling faster than the speed of sound (Mach 1).
• XB-1: Boom Supersonic's prototype aircraft, a precursor to commercial supersonic travel.
• Mach 1.1: The speed achieved by the XB-1, exceeding the speed of sound.
• Sonic Boom: The characteristic sound produced when an aircraft breaks the sound barrier. Boom Supersonic aims to mitigate this.
• Overture: Boom Supersonic's planned commercial supersonic airliner.
• Business Class Ticket Price: The target price point for Overture tickets, making supersonic travel accessible to a wider audience.
• Aerodynamics, Materials, Propulsion, Computer-Aided Design (CAD): Key technological advancements enabling modern supersonic flight.
• Concorde: The previous supersonic passenger jet, discussed as a benchmark for both success and its limitations (cost, affordability).

Supersonic Flight Breakthrough: Boom Supersonic's XB-1 Achieves Mach 1.1

This report details a significant milestone for Boom Supersonic as their prototype aircraft, the XB-1, successfully broke the sound barrier, reaching Mach 1.1. This achievement marks a substantial step towards their goal of enabling commercial supersonic travel, with the aim of flying passengers to London in three hours.

XB-1's Supersonic Achievement

• Event: The XB-1 prototype achieved supersonic speed, specifically Mach 1.07 and approaching Mach 1.1.
• Altitude: The flight occurred at approximately 35,000 feet.
• Sonic Boom Mitigation: Despite reaching supersonic speeds, the characteristic audible sonic boom was not heard on the ground. This is attributed to the high altitude of the flight. Boom Supersonic has focused on solving the sonic boom issue in a practical way.
• Significance: This is a critical validation of their technology and a major leap forward in their development of a commercial supersonic jetliner.

Company Vision and CEO's Perspective

Blake Scholl, CEO of Boom Supersonic, expressed his excitement and addressed skepticism surrounding the company's ambitions.

• Overcoming Skepticism: Scholl acknowledged that developing a supersonic commercial jetliner without government assistance is challenging but emphasized the power of small, driven teams focused on important goals. He stated, "People said we couldn't build a supersonic jet, but it looks like we have. Some people say we won't be able to build a supersonic airliner. Well, we'll find out."
• Ten Years in the Making: Scholl described the current success as an "overnight success, ten years in the making," highlighting the extensive development and prior accomplishments, including building a prototype that could break the sound barrier and addressing sonic boom concerns with a small team and minimal government funding.
• Future Challenges: He recognized that scaling up to a larger, safety-critical airliner presents new challenges but believes it's a matter of "basic engineering" with existing technology.
• Mission-Driven Approach: Scholl is a strong proponent of teams that are "willing to go all in" and believe in their mission to accomplish the "so-called impossible."

Market Demand and Corporate Partnerships

The demand for faster air travel is a key driver for Boom Supersonic's venture.

• Airline Interest: Michael Leskinen, CEO of United Airlines, highlighted the customer demand for faster flights, stating, "because the customers are there, the demand is there."
• Corporate Partners: Boom Supersonic has secured pre-orders and partnerships with major airlines, including United Airlines, American Airlines, and Japan Airlines.
• Passenger Desire: Blake Scholl believes that "I don't know a single person who doesn't want a faster flight, provided it's safe and affordable and comfortable."

Technological Advancements and Timeframe

Modern technology is seen as the enabler for a new era of supersonic travel, overcoming the limitations of past ventures like Concorde.

• Technological Leap: Compared to Concorde, built in the 1960s, current advancements in "aerodynamics, materials, propulsion, computer aided design" are described as "light years ahead."
• Current Status: Scholl confirmed that "all the technology works."
• Scaling Up: The company is currently in the process of scaling up.
  • Full-Scale Engine Run: Expected in "just a few months."
  • Overture in the Skies: Anticipated "in just a few years."
  • Passenger Service Goal: To be ready to carry passengers by the "end of the decade."

Addressing Cost and Affordability

A primary focus for Boom Supersonic is to make supersonic travel affordable, a key factor in Concorde's eventual demise.

• Flight Time Examples:
  • Paris to New York: 4 hours (compared to 8 hours currently).
  • New York to London: 3 hours, 40 minutes (compared to 7 hours currently).
• Target Ticket Price: Approximately $3,500 per round-trip ticket for these routes.
• Comparison to Concorde: Concorde's ticket price of $20,000 was deemed "too unaffordable," catering only to "royalty and rock stars."
• Business Class Affordability: Boom Supersonic aims to offer supersonic travel at the "price of a business class ticket," which is accessible to "tens of millions of people."
• Future Cost Reduction: Scholl anticipates further cost reductions over time through continued scaling, innovation, and efficiency gains.
• "Dark Ages of Travel": Scholl characterized the last half-century as a "dark ages of travel" where speed improvements have stagnated, and air travel has become an experience people "dread" rather than one that "inspires." He believes this is unnecessary and can be reversed through commitment and innovation.

Conclusion

Boom Supersonic's successful Mach 1.1 flight with the XB-1 prototype is a pivotal moment, demonstrating the viability of their supersonic technology. With strong airline partnerships, a clear focus on affordability (targeting business class ticket prices), and leveraging significant advancements in aerospace technology, the company is on track to potentially revolutionize air travel by the end of the decade, offering significantly faster journeys without the prohibitive costs or environmental concerns of previous supersonic endeavors.