Boom: America’s answer to Concorde completes its first supersonic flight
Boom Supersonic, the American company building what promises to be the world’s fastest airliner, broke the sound barrier for ...
Supersonic jet dubbed ‘Son of Concorde’ breaks sound barrier for first time with 844 mph flight
The single-seat jet, a 201-foot-long test model by Boom Supersonic, hit 844 mph just 12 minutes into its latest test flight ...
Boom XB-1 Achieves Supersonic Flight—First Time Since Concorde In 2003
Today a civil test airliner, Boom Technology’s XB-1, broke the sound barrier for the first time in two decades.
London to New York in 3.5 hours: How Boom Supersonic is learning from Concorde’s mistakes
More than two decades after Europe’s failed attempt at a supersonic airliner, the USA is on track to make it work. View on ...
pittsburghmagazine.com3h
Carnegie Mellon Grad’s Supersonic Aircraft Breaks Sound Barrier
A Carnegie Mellon University grad is behind the successful flight earlier this week of the first independently developed jet to break the sound barrier.
Boom XB-1's successful test flight revives talk of commercial supersonic travel
Boom's Overture commercial airliners would be built at the Greensboro Superfactory.
ExtremeTech1d
Boom XB-1 Jet Breaks Sound Barrier, Paving Way for Supersonic Passenger Planes Once Again
Boom Supersonic’s XB-1 aircraft has become the first independently developed jet to break the sound barrier, bringing ...
Travel Weekly14h
Will Boom Overture become the first supersonic passenger jet since Concorde?
The aircraft catching the most interest is the Overture, a commercial style plane designed to carry up to 80 passengers with ...
Flying2d
Boom Goes Supersonic, Makes Civil Aviation History
Tuesday morning at Mojave Air & Space Port in California, almost 80 years after U.S. Air Force ace Chuck Yeager first ...
Texas Public Radio2d
The company planning a successor to Concorde makes its first supersonic test
Denver-based Boom Technology's XB-1 demonstrator plane hit Mach 1.122 — 750 mph. It's the first independently developed ...