Supersonic passenger travel was hindered by the lack of intersection between technology and market demand. Concorde was technically advanced but unaffordable for most passengers, with $20,000 tickets and uncomfortable seating. Since then, international travel demand has surged, and technology has improved significantly, enabling supersonic flight at business-class prices.
The XB-1 leverages proven technologies like carbon fiber composites, digital stability augmentation, and computationally optimized aerodynamics, rather than inventing new ones. It demonstrates that these technologies can be combined to create a supersonic jet that is efficient, safe, and affordable for passengers.
Boom is designing Overture to be quieter and more fuel-efficient by using a wider wing for low-speed efficiency, custom-built turbo fan engines without afterburners, and the ability to run on 100% sustainable aviation fuel. These innovations aim to make supersonic travel environmentally friendly and acceptable to communities.
Boom has faced minimal regulatory challenges by working closely with regulators like the FAA from the early stages of development. They involve regulators in the design process, ensuring transparency and buy-in, which has led to faster approvals and even the first-ever permit for civilian supersonic test flights over land.
Overture initially targets business-class travelers who value time savings, with tickets priced similarly to current business-class fares. Over time, the cost is expected to decrease, making supersonic travel accessible to a broader audience, including those who might upgrade for time efficiency or switch from private jets.
Supersonic travel isn't inherently more dangerous, but designing an aircraft that performs well at both high and low speeds is challenging. XB-1 uses technologies like stability augmentation and an augmented viewing system for takeoff and landing, ensuring safety across its operational speed range.
Overture aims to achieve business-class price parity, with transatlantic flights costing around $3,500. As the market expands, supersonic travel is expected to unlock new trips and increase demand, similar to how jet travel revolutionized recreational travel in the past.
Boom aims to make supersonic travel routine and eventually the default way to travel by iterating on efficiency and cost reduction. They also hope to lift the supersonic ban over land by working with regulators to establish a sonic boom noise standard.
Current energy density limitations make electric propulsion impractical for supersonic airliners. While smaller, slower aircraft may transition to electric power, supersonic jets will likely rely on traditional or sustainable fuels for the foreseeable future.
Boom has completed seven test flights with XB-1, reaching 80% of the speed of sound. They are preparing to break the sound barrier for the first time, marking a significant milestone as the first independently funded supersonic aircraft.
Today, we sit down with Blake Scholl), founder and CEO of Boom Supersonic, and Nick Sheryka), XB-1 Chief Flight Test Engineer, to explore how they’re bringing supersonic passenger travel back to the skies.
From the groundbreaking XB-1 demonstrator to the Overture airliner, Boom is blending innovation and sustainability to make faster, more efficient air travel accessible again.
Join us as we examine the challenges, lessons, and breakthroughs shaping the future of supersonic aviation.
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