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Inside America's First Supersonic Civilian Aircraft

We visited Boom Supersonic's hangar in Mojave, California, as the company prepared to break the sound barrier with its XB-1 demonstrator aircraft.

Headshot of Jesse Orrall
Headshot of Jesse Orrall
Jesse Orrall Senior Video Producer
Jesse Orrall (he/him/his) is a Senior Video Producer for CNET. He covers future tech, sustainability and the social impact of technology. He is co-host of CNET's "What The Future" series and Executive Producer of "Experts React." Aside from making videos, he's a certified SCUBA diver with a passion for music, films, history and ecology.
Expertise Future tech, sustainability, and social impact of technology Credentials
  • Gold Telly Award, 2X Silver Telly Award
Jesse Orrall
2 min read

Supersonic air travel could be making a comeback, thanks to the work of companies like Boom. We visited Boom's hangar in Mojave, California, to learn about what it takes to resurrect the dream of blisteringly fast intercontinental air travel, more than 20 years after the retirement of the Concorde supersonic jetliner.

Boom Supersonic's XB-1 demonstrator aircraft reached a major milestone on Jan. 28, when it broke the sound barrier for the first time during one of its test flights.

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Boom Supersonic says its XB-1 demonstrator aircraft is getting ready to break the sound barrier.

Boom Supersonic

Behind the controls for these flights is Chief Test Pilot Tristan "Geppetto" Brandenburg, who tells me that from inside the aircraft, going supersonic is "actually kind of anticlimactic." Aside from a subtle change in the feel of the controls, the only way he would even know it happened is by keeping an eye on his speed indicator.

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Geppetto shows off his view from the cockpit inside the XB-1 flight simulator.

Jesse Orrall/CNET

The infamous sonic boom, after which the company and the XB-1 "Baby Boom" aircraft is named, is primarily something experienced by people outside the aircraft. To minimize disturbance to anybody living and working in Boom's flight path, the company says it plans to fly its passenger aircraft at supersonic speeds over the ocean, and will fly at just below the speed of sound when over land. That's still significantly faster than the cruising speed of traditional jetliners, however, which is about 550 to 600 mph.

Boom says it is also keeping an eye on NASA's development of low-boom supersonic technology and may integrate that into future aircraft designs.

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Shortly after going supersonic, Boom's XB-1 demonstrator aircraft will be retired and the focus will shift to building the scaled-up passenger aircraft Overture.

Boom Supersonic

The XB-1 flight test program is paving the way for the Overture, Boom's passenger aircraft, which will be capable of running on both traditional aviation fuel as well as newer sustainable aviation fuel. 

The company aims to carry its first passengers in about five years. It has already completed construction on a "superfactory" that will churn out 33 Overture aircraft a year to start, with plans to expand. United, American and Japan Airlines already have preorders in.

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Boom completed construction of its Overture Superfactory in North Carolina in June last year.

Boom Supersonic

While ticket pricing will ultimately be set by the various airlines, passengers can expect to pay a bit of a premium for the faster ride, especially "on day one, when there are more passengers than there are airplanes," Scholl says. "But our goal is to get [prices] down over time."

Boom's first supersonic test flight was streamed live via Starlink Mini, and our supercut of the event can be found below.