Библиотека файлов Microsoft Flight Simulator (2) MFS Ливреи и текстуры (27) MFS Самолеты (1) MFS Сценарии (28) X-Plane (20) X-Plane 11 Оригинальные самолеты (18) X-Plane 11 Сценарии () X-Plane Ливреи и текстуры самолетов () X-Plane Оригинальные самолеты () X-Plane Плагины (37) X-Plane Сценарии () Авиадокументация () Бумажные модели () Документация общего значения.  Therefore doesn't use any plugin - except librain - for the special equipments, all systems comes from generic X-Plane datarefs. So some systems not meet with the originals, but hopefully still useable and gives lot of fun for the virtual pilots. Maybe these deficiencies will be fixed in the upcoming patch. Planes are usually flying in the stratosphere, which is the second major layer of the earth’s atmosphere. The reasons why they do this are very practical and not that difficult to understand. Why   Jet streams move from west to east and the northern hemisphere has three types of jet streams. This is why flights from North America to Europe are faster than flights from Europe to North America. When the jet stream is pushing an airplane to the east, it is easier for the plane to make good time. Military jet aircrafts, generally fly at altitudes of – feet or more. That is, they fly in the middle of the Stratosphere or in the Ozone Layer. Examples include the famous Lockheed SR Blackbird which flew at altitudes of feet, with a record altitude of more than feet. They fly at these altitudes because of the following reasons—. To remain away from all other commercial air traffic. To remain away from the enemy targets. Hope you have got your answer. Thanks a lot.

Aircrafts typically fly at higher altitudes because air gets thinner as planes ascend higher into the sky, translating in less drag. That means at higher altitudes planes can fly faster and use considerably less fuel.

Operating at very high altitudes means that the amount of oxygen becomes very low for proper combustion in the engines. Traveling at low altitudes, on the other lzyer, means that the plane is met by higher air resistance. It is essential to note jet planes fly in which layer zip particular jet planes fly in which layer zip of aircraft have various optimal altitudes in jet planes fly in which layer zip they fly. For example, the Concorde was known at heights of planea 50, and 60, feet, and a region where commercial planes regularly do not fly.

Traveling at high altitudes also means that airplanes can avoid bad weather that is typically found in jet planes fly in which layer zip lower regions of the atmosphere.

It is not uncommon to see bluebird sky from the window seat and later descend to the airport to find different weather conditions. The majority of weather phenomenon on the planet occurs in the troposphere, which is the lowest layer of the atmosphere. It extends up to about 36, feet. Helicopters and light aircraft jst fly in the troposphere. Light aircrafts are unable to operate at higher altitudes because they lack pressurized cabins.

Therefore, they stay within a range of about 10, feet. Flying to higher altitudes would require pilots to wear functional oxygen masks to avoid losing consciousness.

Commercial aircraft typically prefer to travel in the stratosphere which has less turbulence and air traffic. Flying in the stratosphere also means that pilots have more time to handle the difficult situation compared to those flying at lower altitudes. Around the world, numerous regulations govern low safe altitudes in which aircraft can travel.

The laws mainly apply to light aircraft Jet Planes Fly In Which Layer Of Atmosphere Login as opposed to airliners. Generally, it is considered unlawful to fly below 1, feet in an area with buildings and feet above any vehicle, person, or structure.

Such laws ensure the safety of aircraft, people, and property on the ground. The regulations are also put in place due layre environmental concerns. Pilots have to ensure that their aircraft is high enough to allow them to clear a congested area when the airplane experiences engine failure.

The regulations, however, do not affect take-offs and landings as governed by flight paths. Pilots are also advised against flying too high as engines may struggle due to low oxygen levels at extremely high altitudes. Planes fly in the stratsophere. Caribbean Countries. Where Is The Caribbean?

The transition layer is the airspace between the transition altitude and the transition level.. According to these definitions the transition layer is 0– feet (0– m) thick. Aircraft are not normally assigned to fly at the "'transition level'" as this would provide inadequate separation from traffic flying on QNH at the transition altitude. Aeroplanes fly in the layer stratosphere. The lower layer of the stratosphere has a virtual absence of absence of water vapour and constant temperature conditions,therefore,it is ideal for flying jet aircraft. views View 2 Upvoters. Mar 16,  · The jet stream exists in the mid to upper troposphere — the layer of Earth’s atmosphere where we live and breathe. Airplanes can fly in the jet stream. When they’re both headed in the same direction, airplanes can get a boost in speed from this fast moving air current.

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