In order to carry out safe and efficient flight operations, it is crucial that pilots have the ability to properly track the amount of fuel that is on board. While a vehicle such as an automobile could simply pull off a road and stop in the case that it runs out of fuel, such safe stops are not possible for aircraft due to their airborne operation and average speeds. As aircraft may vary in the amount of fuel tanks they have, the placement of their tanks, and the general design of the fuel system, fuel quantity measurement must be accurate and accommodate for the construction of the aircraft. In this blog, we will discuss fuel quantity indication systems, allowing you to better understand how they are designed and how they function.


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Fundamentally one of the most “hands-on” locations in aircraft, cockpits centralize compulsory flight controls that enable movement of a vehicle—sharing a resemblance to sitting in the driver's seat of a car. A typical sight unanimous within aircraft, the cockpit, or flight deck, is also known as one of the most overwhelming regions for its abundance of flight control switches and various operational equipment. Situated at the front of the vehicle to promote visibility, the cockpit centralizes crucial equipment needed for flight, ensuring a pilot always has an optimal angle to interact with devices while in the air. Diving into the basics of what composes a cockpit, we will summarize key controls used by pilots in such a location and how they aid in safely navigating an aircraft from taxiing to touchdown.


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