Why are flights longer than they used to be?

Airports are considerably larger, which means that simply getting from the departure gate to the end of the runway can eat up 10 minutes. Furthermore, airlines are more conscious than ever of their fuel bills – and have in recent years adjusted their aircraft's cruising speeds accordingly.



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Why are flights longer coming home? Everything on earth, not just the ground, but also the water (and even the atmosphere), is rotating in the same direction, Forbes reported. Since planes in the sky are being pulled eastward with the earth, it takes more time to go west.

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Flight delays are so common, in fact, that statistics consider a flight to be “on time” as long as it's within 15 minutes of the time on your ticket. One pilot confessed to Reader's Digest that airlines exaggerate their times to make themselves look better.

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The reason planes cruise at high altitudes is that they burn less fuel and can fly faster, as the air is less dense. At 30,000 feet and higher, it is also possible for aircraft to avoid weather systems, making it more comfortable onboard.

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It's been established that the Pacific Ocean is big ... really big. And with greater distances come greater costs since the plane needs more fuel. Executive Flyers writes that while you could just charge passengers more to fly that distance, this may lead to lots of unhappy customers and airlines losing out on sales.

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What is the longest flight in the world by distance? The longest flight in the world by distance is New York (JFK) to Singapore (SIN) on Singapore Airlines clocking in at 9,537 miles. What plane can fly the farthest in the world?

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When flying east to west, there is more turbulence. The jet streams blow against the airplane which results in strong headwinds blowing against the turbines, creating turbulence. Jet streams are high-altitude air currents caused by Earth's rotation and atmospheric heating.

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When it comes to the safety of flights, the length of the flight ultimately has little to do with safety. The safety of each flight is based on a variety of different factors, such as the aircraft type, the proficiency of the crew, and weather conditions.

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Whether flying at night or during the day, pilots need to see some kind of horizon. They use this to determine the airplane's attitude. At night pilots will turn their gaze from outside to inside and use the artificial horizon. The artificial horizon is normally a simply globe split into two hemispheres.

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Aircraft move through the atmosphere with the Earth's rotation, so its speed is not affected . What would affect aircraft speed is the wind at that altitude, which can cause a flight from London to New Jersey to be two hours longer than the other way.

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Aerodynamic altitude: If a commercial airliner flies too high, it will encounter less dense air passing over the wings to create lift. This can cause the plane to stall and fall out of control. Depending on the weather conditions and aircraft weight, this can occur anywhere between 40,000 and 45,000 feet.

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And that at cabin altitudes above 14,000 feet pilots must use oxygen at all times. And that above 15,000 feet each occupant of the aircraft must be provided supplemental oxygen. All of this is spelled out in Federal Aviation Regulations Part 91.211.

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There are no specific regulations governing civil aircraft operations beyond the altitude of 60,000 feet. Nevertheless, certain exceptional aircraft like the Concorde and the Tupolev Tu-144 have managed to ascend to altitudes of FL600 (equivalent to 60,000 feet).

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Aircraft with fixed wings cannot stand still in the air, unless we are talking about VTOL (Vertical Take Off and Landing) aircraft. Lift is created by air flowing around the wing. Too little forward speed, and the wing will stall (loose lift).

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Planes do not fly in a straight line directly over the Atlantic Ocean because of the curvature of the Earth. The shortest distance between two points on Earth follows a curve called an ellipse. Planes can also encounter strong winds that would push them off course.

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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 reason for this is that the earth revolves on its axis, forcing the middle to bulge out slightly. The curvature of the earth and its extra equatorial width mean that curving towards the poles is a shorter distance than flying in a straight line.

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