Airplane Flight: X-Plane in the Classroom Power Loading Ratio of the plane’s weight divided by power.

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Presentation transcript:

Airplane Flight: X-Plane in the Classroom

Power Loading Ratio of the plane’s weight divided by power

Power Loading Ratio of the plane’s weight divided by power Power or thrust overcomes drag to propel the aircraft

Power Loading Ratio of the plane’s weight divided by power Power or thrust overcomes drag to propel the aircraft Horsepower is a measure of power

Power Loading Ratio of the plane’s weight divided by power Power or thrust overcomes drag to propel the aircraft Horsepower is a measure of power Kinds of Horsepower

Power Loading Ratio of the plane’s weight divided by power Power or thrust overcomes drag to propel the aircraft Horsepower is a measure of power Kinds of Horsepower Brake Horsepower (bhp) = power to overcome drag

Power Loading Ratio of the plane’s weight divided by power Power or thrust overcomes drag to propel the aircraft Horsepower is a measure of power Kinds of Horsepower Brake Horsepower (bhp) = power to overcome drag Thrust Horsepower = bhp/80% (due to prop efficiency)

Power Loading Ratio of the plane’s weight divided by power Power or thrust overcomes drag to propel the aircraft Horsepower is a measure of power Kinds of Horsepower Brake Horsepower (bhp) = power to overcome drag Thrust Horsepower = bhp/80% (due to prop efficiency) Cruise Horsepower = Thrust Horsepower/75% (avoid full power)

Power Loading Ratio of the plane’s weight divided by power Power or thrust overcomes drag to propel the aircraft Horsepower is a measure of power Kinds of Horsepower Performance Tradeoffs Greater power, greater fuel consumption