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Tampilkan postingan dengan label their. Tampilkan semua postingan

Minggu, 20 Februari 2011

Rely on their instruments especially in fog

While the position of certain instruments in the cockpit in individual private planes may vary, the most important primary flight instruments six absolute will always be placed right in front of the pilot. Inform the orientation of the plane, offering its direction, speed, altitude, etc.. With their gauges can lift to the condition of time on the engine and all individual systems of the aircraft. Even the most basic aircraft will provide you with information and reading about how much fuel is aboard, ammeter, oil pressure, temperature and the tachometer. Even some offers small aircraft pressure readings of the variety, the speed of the fuel flow and the cylinder head temperature instrumentation.


A pilot is sometimes caught flying through "the soup", also known as instrumental (IMC) weather conditions. Many experienced pilots tell stories that you've been taught to always rely on their instruments when you fly under these conditions. Generally speaking, based on its instrumentation because lost all visual indication become extremely confused and already cannot depend on its own senses to say yes to what happens and what is inactive. Some pilots relay stories fly through fog, insurance of its direction and guidance, only to find themselves raise the cloud completely upside down.


No horse through the fog without reading their instruments, can never be 100% sure that what is happening, or even close to that percentage. So while it may be true that almost 100% of the time their instruments not lie, are caused by man and able to malfunction. Perhaps, instead of saying that the fact of "always must rely on their instruments", the statement might be better said that "never trust your own senses".


The two main instruments to entrust to pull that will go you on clouds and indicators of altitude. However, both instruments are based on the same vacuum pump that keeps the gyroscope to function properly. If the rotation system fails, the instruments will be not be tell you what is really happening. But any pilot can teach themselves or learn from others, exactly how to cross check your meter. Many instruments in the panel can really show different types of information other than what they were specifically designed to display.


Consider for a moment that you are flying and you don't know which direction is up or down. Its heading indicator and its altitude indicator no longer work. Simply the nose in a diving tank would to know if it is really falling into altitude as the airspeed began to increase rapidly. The reverse is also true. If tire backwards to raise its level of altitude course should reduce speed as you upload. If these two things do not pass their instruments are really tell you what you think is happening, no. If your speed is kept constant, then, you know that your altitude is also holding steady. Accordingly, if the instrument turn coordinator remained stable and so does speed mostly know is maintaining its orientation.


It is always important to verify its implementation, even when the sky is clear or anytime when VFR flight. Learn how to use other instruments in the panel to give you information validate what you know is true, is a valuable way to learn how to fly through "the soup" when the time comes.


 

Jumat, 24 Desember 2010

Extra-Large on Air Wings: submission of plans and their difference with passenger cargo aircraft

When you use a shipping air cargo service, some wonder about how really fly so many things to different places. Compared to the usual passenger airliner, it is difficult to imagine how so fit inside of elements and bundles. As most people know, the aircraft used for the two types of load (persons to the 'real' load) are not the same.

Airliners, that everyone has grown to know and love, are designed to carry a certain weight, restricted to people, hand luggage capacity and other relatively lighter objects.

An example of this type of commercial aircraft is the Boeing 737 Next Generation series. This narrow-bodied passenger aircraft is not used for air cargo shipping because it only can carry up to 756-1 835 cubic feet of cargo paired with its capacity of 130-215; Add to this already represent the overloaded aircraft.

Aircraft freight, on the contrary, it without seating capacity work exclusively for the carriage of goods and not people; There is more space for your shipment to store, especially because these fright levels are designed to be larger than their commercial counterparts. The Boeing 747 Freighter (LCF), large load or the Dreamliner is a perfect example of how differently depending on its function freighters are manufactured.

This aircraft cargo destined is used exclusively to transport aircraft components from around the world. This plane can accommodate up to 65,000 m3 in its main cargo bay and has a wingspan of 211 feet, 5 inches. This size allows you to shoot in the skies even with heavy inside, compared to 93 feet which is equipped with Boeing 737 aircraft; aircraft equipment making the Dreamliner a giant can contain much more than other commercial aircraft.

Seen from this comparison, freight aircraft become really become larger and more durable than commercial counterparts due to their role. Modifications were made to make them an ideal way of transportation for the sending of different sizes, ensuring everyone that their products are safe even from 25,000 to 37,000 feet above soil.