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A detail of a Concorde airplane.
Former Concorde pilots Mike Bannister And John Britton.

Mike Bannister and John Britton in the interior of Concorde G-BBDG

A portrait of former Concorde pilot John Britton.

John Britton stands under Concorde at Brooklands Museum

Former Concorde pilot Mike Bannister.

Mike Bannister prepares to board

Inside the cockpit of a Concorde airplane.

The British Airways Concorde flight deck

A close up of a control panel in the Concorde airplane.

The supersonic jet’s instrument panel

A detail of a Concorde airplane.

Concorde G-BBDG has four Rolls-Royce Olympus engines

While the pilot and co-pilot could take time to enjoy the spectacular views as Concorde flew on autopilot, for the plane’s flight engineer, there was plenty of work to be done with all those knobs and dials. For example, the plane stretched by as much as ten inches during flight due to heating of the airframe, shifting its centre of gravity, and fuel was automatically pumped between different tanks to maintain balance. “The engineer had to monitor that, and make sure that the fuel was always in the right place,” says Britton. They would also monitor air intake, power, pressurisation and a whole raft of other parameters as the plane flew through the air at a cruising speed of 1,354mph – fast enough to heat its famous nose cone to more than 120°C.

The nose of a Concorde airplane behind a sign for Brooklands museum.

Brooklands Museum in Weybridge, Surrey