Pilot Institute

MARCH 28, 2025

The exhaust coming out of aircraft engines looks pretty dangerous, generating huge amounts of thrust and pushing back tons of hot air. By far the strongest component of wake turbulence is the swirling air generated at the tips of the aircrafts wings. Wake turbulence can cause severe roll and structural damage to smaller aircraft.

Turbulence 97

Turbulence Lift Drag Runway 97

Pilot Institute

FEBRUARY 20, 2025

At first glance, ailerons look like ordinary hinged panels on the wings, but don’t be fooledthey’re important for keeping an aircraft both stable and maneuverable. These control surfaces dictate the aircraft’s roll, and this allows it to bank smoothly through turns or even recover from turbulence. What Is an Aileron?

Aileron 90

Aileron Weight-Shift-Control Rudder Longitudinal Axis 90

Pilot's Life Blog

FEBRUARY 11, 2025

Control Mechanisms Airplane Controls In airplanes, pilots manage flight using three primary controls: the ailerons, elevator, and rudder. Ailerons, located on the wings, control roll by increasing lift on one wing while decreasing it on the other, allowing the aircraft to bank left or right.

Torque 52

Torque Lift Airplanes Stability 52

Pilot Institute

MARCH 29, 2024

Thrust : The force generated by the engine that propels the aircraft forward. Pilots must counteract the additional drag with more thrust to maintain altitude. Higher altitudes are also less prone to turbulence and have fewer birds. Turbulent air will require a larger airspeed margin. Don’t go all the way back to idle.

Lift 52

Lift Rudder Drag Checkride 52

Pilot Institute

OCTOBER 16, 2024

Brief that you will use the right rudder to align the aircraft straight with the runway and the left aileron to counteract drift. Depending on the wind direction and airport surroundings, you may experience some turbulence. This will reduce your workload in turbulent conditions. This is because only one engine produces thrust.

Airplanes 52

Airplanes Descent Approach Crosswind 52

Pilot Institute

OCTOBER 12, 2024

Stalling with a high-power setting takes more effort since there is thrust and a high-energy slipstream from the propeller, which prevents boundary layer separation. The turbulent air hits the horizontal stabilizer, which causes a vibration that can be felt throughout the aircraft. Buffeting is like flying in rough, choppy air.

Stability 52

Stability Horizontal Stabilizer Airplanes Lift 52

AeroSavvy

AUGUST 20, 2021

More air molecules in engine cylinders allow the engine to produce more power; more air molecules moving across the propellor blades and wings means more efficient thrust and lift. Upgraded wheel pants, flap and aileron seals, vortex generators, and a 3-bladed prop have been added. Pressure altitudes were converted to density altitude.

Density Altitude 52

Density Altitude OAT Airplanes Fixed Base Operator 52