Magnetic Heading (MH) Definition
Magnetic Heading (MH) refers to the direction an aircraft is pointed towards the Magnetic North Pole. It is measured in degrees from 0 to 359, reflecting the angle between the aircraft’s nose and the Magnetic North Pole.
MH is essential for aircraft navigation, as the earth’s magnetic field is used as a reference point for compasses. Pilots rely on MH to steer an aircraft in a specific direction, especially when flying in areas without ground reference points such as over the ocean or in the polar regions.
Air traffic control also uses MH to track the movements of aircraft and provide accurate routing instructions. Additionally, pilots must compensate for variation and deviation, which can cause a difference between the compass reading and the actual MH. By adjusting for these factors, pilots can achieve accurate navigation and safely reach their intended destination.
In conclusion, Magnetic Heading is a crucial aspect of aircraft navigation that provides pilots with a reference point to steer their aircraft in a particular direction. It is a vital tool that helps pilots maintain a safe and efficient flight.
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