What force makes an airplane coordinated turn?
Unless the pilot takes further action, the plane will begin losing altitude. But it also means that a portion of the lift made by the wing is now pulling the plane into the turn. The force created by the wings is what makes an airplane turn. It’s called the horizontal component of lift.
Why is coordinated flight so important?
The purpose of coordinated flight, therefore, is to keep the axis of the airplane smoothly aligned with the direction of motion. This means that the airflow will be past the cabin of the airplane and not into it on one side or the other. That minimizes drag and maximizes lift.
How is an aircraft turned without a rudder?
Neither the rudder, not the ailerons, actually turn the aircraft. It is LIFT that turns the aircraft. It “turns” the aircraft in the direction that the Lift vector (perpendicular to the wings) is pointed in.
Do you have to use a rudder to coordinate a turn?
At pattern speed, the amount of rudder you have to apply to coordinate the turn is zero. If you apply any rudder at all you end up skidding. It also screws up your rudder technique when transferring to another type aircraft. I typically fly by ‘the seat of my pants’ so this seldom comes into my turns.
Why is opposite rudder and aileron necessary in left turn for?
In your specific case (if we want to discuss the physics), basically what your instructor is saying is that you are using the ailerons to bank (turn) the plane and the rudder to counteract the propeller’s yawing moment. The rudder is simply counteracting the Adverse Yaw: the inputs will change depending on how steeply you are banking.
How are ailerons and rudders used in an airplane?
My Mooney, for instance, actually has (weak spring-coupled) links between the ailerons and the rudder. At pattern speed, the amount of rudder you have to apply to coordinate the turn is zero. If you apply any rudder at all you end up skidding.