How high did Concorde fly?

Cruising at Mach 2 ? or 1,350 mph ? at 60,000 feet, Concorde flew five miles above and 800 mph faster than the subsonic 747s plodding across the Atlantic.



The Concorde was famous for its "high-altitude" cruising, typically flying at altitudes between 50,000 and 60,000 feet (roughly 15,000 to 18,000 meters). This is significantly higher than the 35,000-foot average for modern subsonic jets. At these altitudes, the air is thinner, which reduced drag and allowed the Concorde to maintain its supersonic speed of Mach 2.04 more efficiently. From the windows, passengers could actually observe the curvature of the Earth against the dark indigo of the upper atmosphere. This high-altitude path also meant that the Concorde flew above almost all weather patterns and turbulence, providing a remarkably smooth ride. In 2026, while supersonic travel is seeing a resurgence with companies like Boom Supersonic, the Concorde remains the historic benchmark for civilian high-altitude flight.

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Even so, those lucky enough to have traveled on Concorde say the aircraft will always retain a rarified air not just for its engineering feats—flying more than twice the speed of sound and on the fringes of space, at 11 miles above the ground—but also for an unmatchable aura of thrill and luxury.

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Flying at this altitude not only helped save on fuel but also helped the jet save significant amounts of time, as at 60,000 feet, there were almost no jets that air traffic control would route Concordes around. The only aircraft flying beside the supersonic transport were either military aircraft or other Concordes.

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The Concorde soared so high that you could see the Earth's curve. A ticket from London to New York on a flight operated by British Airways cost a whopping $7,574 (Rs5,50,000), which is equivalent to $12,460 (Rs9 lakh) today. But for the price, the Concorde experience wasn't exactly comfortable or luxurious.

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The challenges of manufacturing and certifying new parts, maintaining a licensed flight crew capable of flying it, and ongoing maintenance and preservation mean we are no closer to seeing Concorde flying again since its last flight in 2003.

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Concorde has an Automatic Flight Control System (AFCS), which in the 1970s, at the time when it was installed within the aircraft, was state of the art. There are in fact two mains parts to the AFCS, the Autothrottles and the Autopilot, but there are also a number of other associated systems.

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Concorde is sadly no longer flying, but it is still possible to visit some of the remaining 18 airframes, there are others not open to the public but you can still see them.

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BA never suffered a serious accident with its seven strong fleet. Concorde service was profitable by the late 1980s and if not for the economic downturn and Air France Concorde crash of 2000, may have survived to this day.

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In real life, Diana took several trips aboard the Concorde, both with Prince Charles and solo.

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The Concorde was famously loud: a take-off at Washington airport in 1977 measured 119.4 decibels. By comparison, a clap of thunder hits 120 decibels while the pain threshold for the human ear is around 110.

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Cruising at Mach 2 – or 1,350 mph – at 60,000 feet, Concorde flew five miles above and 800 mph faster than the subsonic 747s plodding across the Atlantic.

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Despite the crew being trained and certified, no plan existed for the simultaneous failure of two engines on the runway, as it was considered highly unlikely. Aborting the takeoff would have led to a high-speed runway excursion and collapse of the landing gear, which also would have caused the aircraft to crash.

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Of its final, celeb-studded passenger flight, CNN's Quest says: It didn't matter how famous you were, the star was the plane. Faster than a speeding bullet: 20 years after it last flew, Concorde remains unsurpassed in terms of speed in the world of commercial flight.

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While turbulence can feel scary, airplanes are designed to withstand massive amounts of it. A plane cannot be flipped upside-down, thrown into a tailspin, or otherwise flung from the sky by even the mightiest gust or air pocket, wrote pilot Patrick Smith on his site, AskThePilot.com.

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It is a common misconception that only one boom is generated during the subsonic to supersonic transition; rather, the boom is continuous along the boom carpet for the entire supersonic flight. As a former Concorde pilot puts it, You don't actually hear anything on board.

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