Maximum Power: The power developed by an aero engine at maximum permissible r.p.m. (see above) ...
The maximum power which can be developed, in the cylinders of a particular piston engine, increases or decreases directly with the intake manifold air density, and air density decreases as altitude increases or temperature increases.
Also known as: Maximum Power Available or Minimum Power required Airspeed.
This occurs at the speed where we have the greatest excess of power available for maximum MAP/RPM.
Contra-rotating propellers, also referred to as coaxial contra-rotating propellers, apply the maximum power of usually a single piston or turboprop engine to drive two propellers in opposite rotation.
To avoid excessive engine heating and strain caused by continuous operation at maximum power, ...
Tuning a carburetor is best accomplished by starting rich, and working gradually to the condition which produces maximum power, while allowing a small amount of unburned fuel mixture to lubricate and cool the engine.
In some cases, pilots also are instructed to adjust their power settings on takeoff - applying maximum power, to climb quickly while flying over non-residential areas near the airport, then reducing power and noise, ...
However a pilot needs to fight the urge to raise collective, and instead maintain maximum power on RPM and concentrate on smooth cyclic work to get up and over the obstacle.
Using too shallow a takeoff angle ...
A significant part of the engine power is required to drive the tail rotor, especially during operations when maximum power is used.
 See also: Flight, Power, Aircraft, Plane, Direct
  
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