Definition
The forces the pilot applies to the control yoke or stick — fore and aft — to deflect the elevator and change the airplane's pitch attitude. In energy management, these pressures are the primary means of controlling angle of attack, and through it, airspeed.
Plain English
How hard, and in which direction, the pilot pushes or pulls on the yoke to raise or lower the airplane's nose. Pulling back raises the nose; pushing forward lowers it.
Context Anchor
Encountered when learning pitch control, energy control, climbs, descents, approaches, and when adjusting trim to remove steady push or pull forces.
Derivation
‘Elevator’ comes from Latin elevare, meaning ‘to raise.’ The control surface earned the name because pulling back on the yoke raises the nose. ‘Pressure’ here means the steady force the pilot applies to the control — not air pressure.
Why Pilots Care
Sensing and applying correct elevator pressures prevents overcontrol, maintains coordinated flight, and avoids unintended stalls or altitude deviations.
Intuition Check
Do not read “pressures” as atmospheric pressure or hydraulic pressure. Here it means the force you feel and apply on the yoke or stick; it is not the same thing as elevator position.
Example Sentence 1
Smooth elevator control pressures kept the nose steady on the horizon as the airplane slowed for landing.
Example Sentence 2
During the level-off from a climb, the pilot relaxed elevator control pressures to prevent the nose from pitching too high.