Airbus To Help Develop First Supersonic Business Jet

Supersonic air transport looked to have died in 2003, when the Concorde made its last flight. But a new generation of super-fast planes, able to fly at more than 1200mph and perhaps one day able to carry regular passengers, is set to bring new life to supersonic, transatlantic travel.

The race is hotting up to create the fastest transatlantic business jet, with companies including Lockheed Martin and Aerion creating superfast planes that could cut the length of plane journeys in half. And travellers could be buying tickets for the planes by 2025.

Aerion, an American aerospace firm that is focused on building a supersonic business jet, is working on its AS2, which it hopes to become the first such plane. Lockheed Martin is also working on the N+2, which it hopes will do the same thing. Both have been working with NASA.

Both planes will go slightly slower than Concorde, which went twice the speed of sound. Lockheed is aiming for Mach 1.7 for its plane, and Aerion is developing a Mach 1.6 one.

The planes are built of carbon fiber. It will feature swish interiors, to make the likely very high ticket price worth it, as well as the high-tech innovations and design that will allow it to fly so fast.


The AS2 will have a range of 5,450 miles, which will allow it to fly between London and Seattle, or San Francisco and Tokyo, non-stop.

But it might have to slow down as it flies over the US. One of the challenges for all companies looking to supersonic air travel is dealing with the sonic boom — an incredibly loud noise that erupts when objects break the speak of sound.

The sonic boom means that current air traffic regulations stop supersonic planes from flying over land, a problem since many of the companies hope to launch their planes to fly coast-to-coast in the US.

Companies are developing new ways of propelling their planes, to get around the problem.

“To achieve revolutionary reductions in supersonic transportation airport noise, a totally new kind of propulsion system is being developed,” said Michael Buonanno, Lockheed Martin manager of the NASA N+2 program. “We are also exploring new techniques for low noise jet exhaust, integrated fan noise suppression, airframe noise suppression and computer customized airport noise abatement.”



Source: Independent