100 Examples of sentences containing the noun "aileron"

Definition

An aileron is a movable surface on an aircraft wing that is used to control the aircraft's roll. Ailerons are typically located on the outer trailing edge of each wing and work in opposition to one another to tilt the aircraft to the left or right, facilitating turns during flight.

Synonyms

Wing control surface
Flight control
Roll control surface

Antonyms

Elevator (for pitch control)
Rudder (for yaw control)

Examples

The pilot decided to aileron the aircraft to the left to avoid turbulence.
During the training session, the instructor taught us how to aileron effectively.
As the plane took off, I could see the ailerons aileron in response to the pilot's commands.
To make a smooth turn, the pilot had to aileron with precision.
The ailerons began to aileron as we navigated through the clouds.
To adjust the flight path, the pilot chose to aileron to the right.
The aircraft's ability to aileron greatly influences its maneuverability.
The mechanic checked the ailerons to ensure they would aileron properly during flight.
As we entered the airspace, the pilot instructed us to aileron for a smoother descent.
The plane began to aileron sharply, making the passengers feel a bit uneasy.
The performance of a plane can be affected if the ailerons do not aileron correctly.
During the flight simulation, the students had to aileron to complete the maneuver.
The pilot demonstrated how to aileron effectively to the new trainees.
As part of the pre-flight checklist, we had to confirm that the ailerons could aileron.
To maintain altitude while turning, the pilot had to adjust the ailerons to aileron.
The turbulence caused the ailerons to aileron more than usual.
The flight instructor emphasized the importance of learning how to aileron properly.
In an emergency, knowing how to aileron quickly can save the aircraft.
The ailerons needed to aileron smoothly for optimal performance.
The pilot felt confident as the ailerons began to aileron according to his commands.
When flying in formation, the planes need to aileron together for consistency.
The new aircraft model features advanced ailerons that can aileron more efficiently.
To execute the maneuver, the pilot had to aileron precisely.
The turbulence made it challenging for the pilot to aileron effectively.
The ailerons were designed to aileron at various speeds.
The pilot had to aileron sharply to avoid the storm ahead.
The aircraft was built to allow the ailerons to aileron without any issues.
During the test flight, the engineers monitored how well the ailerons could aileron.
To ensure safety, the pilot needed to aileron cautiously.
The maneuver required the pilot to aileron and coordinate with the rudder.
The ailerons began to aileron as soon as the pilot adjusted the controls.
To keep the aircraft balanced, it was crucial to aileron correctly.
The flight simulator helped the students practice how to aileron under pressure.
The pilot had to aileron quickly to correct the aircraft's tilt.
The design of the ailerons allows them to aileron even in strong winds.
To navigate the tight turn, the pilot had to aileron sharply.
The aircraft’s ability to aileron is essential for aerial stunts.
The pilot learned to aileron in a controlled manner during the flight.
The ailerons must aileron in sync for optimal performance during flight.
The flight crew observed how the ailerons would aileron under different conditions.
The pilot's skill in learning to aileron effectively was commendable.
The aircraft design enables the ailerons to aileron with minimal drag.
The instructor reminded the students to aileron before each turn.
As the altitude changed, the pilot had to adjust the way the ailerons aileron.
The ailerons are crucial in helping the aircraft aileron smoothly during maneuvers.
The pilot's experience allowed him to aileron intuitively without much thought.
The engineers tested the ailerons to see how well they could aileron under stress.
The aircraft was performing well, thanks to the responsive ailerons that could aileron effectively.
The pilot had to aileron gently to maintain the aircraft's stability.
The ailerons on the new model were designed to aileron more efficiently than previous versions.
The flight manual detailed how to aileron in various conditions.
The ailerons responded well when the pilot needed to aileron during the flight.
The ability to aileron smoothly is a skill every pilot must master.
Before landing, the pilot had to aileron to align with the runway.
The aircraft’s systems can monitor how the ailerons aileron in real time.
The new technology allows the ailerons to aileron automatically in response to wind.
During the test, the pilot had to aileron to avoid an obstacle in the air.
The flight path required the pilot to aileron with precision and care.
The ailerons are essential for ensuring the aircraft can aileron effectively.
The weather conditions forced the pilot to aileron more than usual.
In flight training, students practiced how to aileron under various scenarios.
The ailerons need to aileron consistently for safe aircraft operation.
The pilot had to aileron rapidly to regain control of the aircraft.
The ailerons allowed the aircraft to aileron gracefully through the turns.
The instructor demonstrated how to aileron during aerobatic maneuvers.
The pilot felt the need to aileron as they approached the landing zone.
The new aircraft features a unique design that enhances how the ailerons can aileron.
Understanding how to aileron is critical for any aspiring pilot.
The ailerons were adjusted to aileron according to the pilot’s instructions.
The turbulence caused the plane to aileron unexpectedly.
The pilot's ability to aileron effectively was put to the test during the storm.
The ailerons were the key to helping the aircraft aileron smoothly through the air.
The mechanics ensured that every part could aileron without issue.
The aircraft's responsiveness improved when the ailerons could aileron swiftly.
The pilot had to aileron at just the right moment to execute the turn.
The ailerons were designed to aileron even under challenging conditions.
As the aircraft gained altitude, the pilot had to aileron to keep level.
The instructor emphasized the need to aileron correctly to avoid stalling.
The ability to aileron intuitively was crucial during the flight.
The pilot's confidence grew as they learned to aileron effectively.
The ailerons allowed the aircraft to aileron gracefully despite high winds.
The training session focused on how to aileron during critical flight phases.
In emergency situations, the ability to aileron can be a lifesaver.
The pilot adjusted the controls to allow the ailerons to aileron as needed.
The ailerons began to aileron automatically when the autopilot was engaged.
The aircraft maneuvered well as the pilot learned to aileron smoothly.
The flight path required the pilot to aileron frequently for adjustments.
The ailerons could aileron quickly to respond to sudden changes in air pressure.
The pilot had to aileron carefully to avoid losing altitude.
The ailerons were responsive enough to aileron at lower speeds.
The ability to aileron accurately is essential for aerobatic flying.
The pilot had to aileron sharply to navigate around the obstacle.
The engineers designed the aircraft to ensure the ailerons could aileron effectively.
The ailerons needed to aileron without hesitation during the maneuver.
The flight team practiced how to aileron together for perfect synchronization.
The pilot explained the importance of knowing when to aileron during flight.
The ailerons were the key to helping the aircraft aileron through the difficult airspace.
The ability to aileron smoothly was a point of pride for the pilot.
Each flight required the pilot to aileron according to the flight plan.
The aircraft's design allowed the ailerons to aileron effectively, improving overall performance.