Can a plane land if it loses both engines?

If an aircraft is at a typical cruise altitude of 36,000 (which is 6 miles up) and loses both engines, it can therefore travel a forward distance of 60 miles before reaching the ground. Therefore, if such an incident occurs within 60 miles of a runway, the aircraft could potentially be landed safely.



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Flying at a typical altitude of 36,000 feet (about seven miles), an aircraft that loses both engines will be able to travel for another 70 miles before reaching the ground.

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Airplanes are designed with sensors in the cockpit that notify the pilot when an engine fails. Once the sensor goes off, the pilot will begin to perform the steps for an emergency landing. Among other things, this means descending to a lower altitude and, potentially, reducing the airplane's speed.

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But the most incredible thing an Israeli pilot may have ever pulled off with the venerable F-15 came in 1983, when pilot Ziv Nedivi and instructor Yehoar Gal managed to land the top-tier fighter after losing its entire right wing in a mid-air collision.

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Passenger jet pilots do not shut down any of the aircraft's engines without a solid reason. They may be forced to do so in the event of failure or even a relatively minor technical malfunction to avoid further damage and larger problems.

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The only way a small plane hovers is to have the exact same forces acting on the aircraft on all directions while flying. As you may understand, this is completely impossible to happen on an engine airplane. There is no current commercial aircraft that can hover or stand in mid air.

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Overwater flights are dispatched with ETOPS requirements in mind to ensure that a diversion airport is always within reach, assuming that the engine failure or shut down doesn't lead to other problems with the aircraft.

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Most flights are intended to spend as little time as possible over water, since storms are more common over the ocean than on land. An aircraft would not be safe to fly over the Pacific Ocean due to the stormy weather and frequent lightning strikes that occur there.

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Without engine thrust, the 747 had a glide ratio of 15:1, meaning it can glide forward 15 kilometres for every kilometre it drops. After calculating the glide ratio, the crew realized that they had less than 30 minutes to regain power before they smashed into the ground.

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Thanks to the low visibility and undeveloped infrastructure, flying over Antarctica is extremely difficult. Specifically, because of the strong magnetic fields that surround the polar regions, navigating there, no matter how well-equipped the airplane is in terms of instrumentation, can be particularly challenging.

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The first thing to bear in mind is that aeroplanes are not stones; they all have wings that allow them to glide in the event of engine failure. In fact, each aircraft has an associated glide ratio: an index that relates the metres an aircraft advances for every metre of altitude it loses in gliding.

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Severe turbulence can cause a plane to drop so suddenly that pilots temporarily lose control. But, again, that's not enough to crash the plane. That's not to say it's never happened. In 1966, human error and turbulence combined to bring a plane down over Mount Fuji.

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Yes. But it hardly ever happens. An airplane flying into the heart of a thunderstorm could have parts ripped apart. The turbulence may be so extreme that the aircraft can exceed the design load limits.

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Some aircraft damage from lightning strikes includes broken lighting and windows, deformed antenna placements, and onboard electronics malfunctions. Other abnormalities or warnings on the flight deck, such as cabin air pressurization problems or false alarms, can occur after your airplane has been struck by lightning.

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Tires, engines, hatches and lights all come under close scrutiny before we will accept the aircraft for the flight. After all, when your own life depends on it, you have a vested interest in ensuring that it is safe.

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Current title holder for the aircraft with the longest ETOPS rating is the Airbus 350-900, certified to fly for up to 370 minutes on one engine. That gives it a maximum diversion distance up to 2500 nautical miles, or 4630 kilometres.

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