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

Blake Scholl discusses Boom Supersonic's mission to revive supersonic passenger travel, emphasizing the company's goal to enhance global accessibility. Boom has secured 130 orders from major airlines, reflecting strong market interest in this innovative technology.

Scholl points out that Boeing has not introduced a new airplane in two decades, while Boom has emerged as the first private company to develop a supersonic jet. The legacy of the Concorde led to a ban on supersonic flight over the U.S., but this ban was lifted on June 6, 2022, following the unanimous passage of the Supersonic Legalization Act in the House.

Initially, Boom outsourced its engine development to Rolls Royce, but the results did not meet expectations. Consequently, the company decided to design and manufacture its own jet engines from scratch. The first application of this new engine technology will be for data centers, providing 42 megawatts for power generation, with plans to add over 10 gigawatts to the grid in the next five years.

The jet engine is set to be the most tested new jet engine ever produced, thanks to extensive ground testing protocols. Future passengers can anticipate flying faster than the speed of sound without experiencing a sonic boom, utilizing a technique called boomless cruise, effective up to Mach 1.3. The projected break-even fare for a round trip across the Atlantic at Mach 1.7 is approximately $3,500 each way.

Scholl emphasizes the significant demand for the data center project, with hundreds of gigawatts of demand already expressed. He believes that achieving the goal of making supersonic flight available by 2030 is realistic, although he acknowledges the numerous challenges that lie ahead. Scholl also notes that supersonic flight has received bipartisan support in Congress, and the current administration is actively working on related regulations, despite the lengthy 115 days it took to sign the executive order.