Is flying lower faster?

Generally speaking, flying at higher altitudes means higher airspeed because of less drag. Of course, the type of aircraft you are flying will come into play as you work with flying at different altitudes, as will the amount of weight you are carrying.



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Generally speaking, flying at higher altitudes means higher airspeed because of less drag. Of course, the type of aircraft you are flying will come into play as you work with flying at different altitudes, as will the amount of weight you are carrying.

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Due to the rotation of the Earth which generates the Coriolis Effect. Globally, the wind mainly blows from West to East, and this effect is even more pronounced at altitude in the Jet Stream, speeding journeys towards the East. So, in general but not always, aircraft can travel more rapidly from West to East.

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Also, when the airspace is crowded, aircraft may spend time flying a holding pattern at relatively low altitude in order to ensure a suitable flow of traffic. This may make is seem as though they are flying lower than usual. In general, air traffic is restricted by local airspace limitations.

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As well as wind, temperature, and altitude also impact true airspeed. When altitude or air temperature increases, the density of air decreases and the true airspeed increases. This is because there is less air to put up resistance against the aircraft moving forward, so the aircraft moves faster through the air.

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Yes, and no. Aircraft normally fly at an optimal indicated airspeed until they reach their optimal climb/cruise Mach. This transition from airspeed to Mach normally occurs in a transition zone of around 27000 - 30000 ft.

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Performance in high-speed events, as in the case of sprinters, whether of short duration or prolonged, benefits from the less dense air encountered at altitude. In other words, the reduced air resistance more than makes up for the reduced pressure of oxygen.

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The most common reason is that there are no airstrips or airports on many of the small islands, so if a plane had to make an emergency landing, it would be difficult to find a place to land. Additionally, the Pacific Ocean is vast and remote, so if a plane were to go down, it would be very difficult to find.

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2 Many pilots plan for a higher cruising altitude at night, simply because suitable emergency landing sites may be fewer and farther between. The difference between cruise at 8,500 and 10,500 feet may not seem like much until you have to glide back to Earth at 800-900 fpm without power.

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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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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. Think of it kind of like walking against the wind.

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Due to Earth's rotation, these air currents often move from West to East. If an airplane is flying in the same direction as a jet stream, it may save time and fuel, but if it is flying against a jet stream, it will encounter extreme turbulence and might be damaged.

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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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Yes, an aircraft can stay in the air without going forward if the oncoming wind, called headwinds are equal or greater than th minimum speed of that aircraft. This principle is used in the wind tunnels to experiment the flight characteristics by blowing the wind to the aerofoil and assess the aerodynamic changes.

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Turbulence can occur anywhere in the atmosphere, from ground level to near the upper limits of standard high-level en route charts, typically above Flight Level (FL) 350 (approximately 35,000 ft).

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Air itself is constantly in motion; it will often rise toward the sky. But, any air that rises will expand and cool, as it encounters progressively lower atmospheric pressure (explained further in the next section). The upshot is that the air outside a plane will be much colder than at ground level.

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When flying over land, of course it is more likely that there will be more airfields closer to the aircraft at any given time. However, because of lessons learned from its history and the improvements in aircraft and engine reliability, crossing the oceans is deemed as safe as flying over land.

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The primary reason airplanes don't fly over the Pacific Ocean is because curved routes are shorter than straight routes. Flat maps are somewhat confusing because the Earth itself isn't flat. Rather, it's spherical. As a result, straight routes don't offer the shortest distance between two locations.

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