The high-speed promise of its planned Mach 1.7 aircraft is attracting interest from carriers operating on longer distance Asia-Pacific routes, Boom says.
Latecoere will supply the electrical wiring interconnection system (EWIS) system for the company’s Overture high speed airliner and Symphony propulsion system.
Boom has received its FAA G-1 stage 1 issue paper from the FAA, a key step in the multi-stage process to clear the Mach 1.7 Overture airliner for service.
Boom Supersonic has sized the facility to produce up to 33 Overture aircraft per year and expects to start rolling out its Mach 1.7 airliner from 2026.
Editors discuss NASA’s recent contract awards to study tech for high-speed airliners—and the one supersonic project that is still pushing forward, Boom.
Boom Supersonic has received an FAA experimental certificate of airworthiness for its XB-1 technology demonstrator, meaning flight-testing can now get underway.
Two U.S. aerospace industry teams have been awarded NASA contracts to study technology for sustainable high-speed airliner designs capable of Mach 2-plus.
Aerostructure supplier agreements and new engine details bolster Boom’s supersonic airliner plans as construction of assembly site ramps up in North Carolina.
Boom has agreements with aerostructure companies in Italy and Spain for production of the wing, fuselage and empennage of its supersonic Overture aircraft.
High-speed airliner developer Boom Supersonic agreed to a sustainable aviation fuel deal with power-to-liquid producer Dimensional Energy for Overture testing.
This week: Air France to close Joon brand; Delta orders 15 more A220s, supersonic aircraft developer closes $100m funding round, Germania explores financing options and more.
As 2017 draws to a close, Routesonline looks at some of the biggest stories making the headlines this year. Part one of our review of the year features the US travel ban, Norwegian's expansion, Chinese low-cost carrier Lucky Air's ambitious plans and an interview with Etihad's chief executive Peter Baumgartner.