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Fundamentals of Flight

Tulsa Flight Planes
June 9, 2022
Fundamentals of Flight

Spartan College of Aeronautics and Technology is a prominent voice in the aviation space. These blogs are for informational purposes only and are meant to spark discussions within the aviation industry on a variety of topics.

Wondering about the fundamentals of flight?

The four fundamentals of flight are the basic flight maneuvers that make it possible for pilots to navigate and maintain control of their aircraft. In flight school, new aviators learn about the four fundamentals of flight and how the aircraft flight control deck influences them in different situations.

Go to flight school and the fundamentals of flight will be one of the first topics covered!

Let’s take a closer look at them now.

4 Fundamentals of Flight

The fundamentals of flight are important because operating an aircraft is very different from driving a car. When you drive, you only need to pay attention to a narrow field of view. Plus, you can concentrate on forward motion. On the other hand, pilots of all kinds need to develop altitude awareness.

An airplane can rotate in several directions while moving horizontally, vertically, and laterally.

Your altimeter is one of your most important tools in learning altitude awareness. But, by knowing the fundamentals of flight, you’ll also understand how the actions you take in the cockpit are likely to affect your altitude and the other aircraft around you.

That awareness lets you use the aircraft flight control deck to solve navigational challenges.

The fundamentals of flight include these four principal maneuvers:

  1. Straight-and-Level Flight

Straight-and-level flight is the most basic skill pilots in training must master once they are ready to go airborne. It’s accomplished by visually checking the lateral level relationship between the natural horizon and the aircraft’s wingtips, then performing adjustments as needed to stay level.

  1. Turns

A turn is initiated by using a light touch on the aileron flight controls to bank the wings in a given direction. It is always important to use only the amount of force necessary for the desired result. To turn left, lower left wing with aileron by left stick. To turn right, lower right wing with right stick.

  1. Climbs

After shifting from level to a climb altitude, additional lift must be developed to overcome gravity, leading to a lower airspeed unless increased power settings are used. A climb can only be maintained with sufficient thrust, so climb rate is limited by the potential for excess thrust. A “normal climb” is performed at the airspeed recommended by the aircraft’s manufacturer.

  1. Descents

By shifting from level to a descent altitude, lift is reduced and excess thrust becomes able to produce higher airspeeds. The aircraft experiences an overall increase in thrust and the pilot must reduce the power to balance the forces and maintain the current airspeed if desired.

spartan plane in flight behind

Understanding Advanced Aircraft Maneuvers with the Four Fundamentals

Even the most advanced feat of airmanship is based on the four fundamentals of flight.

For example, a takeoff is a combination of straight-and-level flight with a climb. As you turn on course to the first navigation fix after departure, you’ll need to climb and turn. All landings combine the ground handling of your aircraft with acceleration, pitch, and climb.

All maneuvers are achieved using flight controls in the right configuration and order. All aircraft operate with the ability to travel up and down or left and right, but up and down can be relative to the flight conditions. You can see this in the following situations:

  • If the airplane is right side up relative to the horizon, forward control stick motion leads to a loss of altitude
  • If the same aircraft is upside down relative to the horizon, an identical forward control stick motion will result in a gain of altitude

In other words, forward movement of the elevator control will always move the aircraft in the same direction – based on the viewpoint of the pilot. All aircraft flight control is performed consistently relative to the pilot’s viewpoint. The pilot is the center of reference for all operations.

Every time flight controls are adjusted, one or more of the aircraft’s control surfaces are moved out of the streamlined position. Air flowing over the surface then exerts a force to return it to the streamlined position. This is the resistance the pilot can feel on the aileron, elevator control, and rudder pedals.

Learning How to “Think with Altitude"

When first getting started on the way to becoming a pilot, it’s helpful to think of flight control movements as being from the pilot’s left shoulder to the right (or vice versa) or from the pilot’s feet to the head (or vice versa).

When you go to flight school, you’ll attend a number of drills until operating flight controls in the proper orientation is second nature. Hours of realistic simulations are used to train basic skills, instrument familiarity, and operational awareness.

Want to know more about flying training to fly your favorite commercial aircraft? Discover what flight school training has to offer by contacting us today.

Discover what flight school has to offer by contacting us today.

Spartan College offers programs geared toward career-oriented training in the aviation industry. Click here to learn more about our programs.

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