"Tailplane" Example Sentences
1. The tailplane is a vital part of any small aircraft.
2. She inspected the tailplane thoroughly before takeoff.
3. The tailplane was damaged in the landing.
4. The pilot adjusted the tailplane for better lift.
5. The tailplane's angle of incidence can affect the airplane's stability.
6. The technician replaced the tailplane's control mechanisms.
7. The tailplane was painted to match the rest of the airplane.
8. The tailplane's structure was reinforced to withstand turbulence.
9. The tailplane's shape was modified to improve airflow.
10. A bird collided with the tailplane during the flight.
11. The tailplane's position was adjusted to correct a pitch issue.
12. The tailplane's trailing edge was repaired after damage from debris.
13. The tailplane's metal skin was corroded and required replacement.
14. The tailplane's angle of attack can be adjusted for maximum efficiency.
15. The tailplane's position is critical for takeoff and landing.
16. The tailplane's chord and span determine its overall effectiveness.
17. The tailplane's stabilizer bar was replaced after wear and tear.
18. The tailplane's elevator is essential for controlling pitch.
19. The tailplane's incidence was set to match the wing's angle.
20. The tailplane's composite material is lightweight and durable.
21. The tailplane's trim tab was adjusted for improved performance.
22. The tailplane's design affects the airplane's overall performance.
23. The tailplane's counterbalance weight was adjusted for better handling.
24. The tailplane's leading edge was reinforced for improved strength.
25. The tailplane's flaps can be adjusted to control lift.
26. The tailplane's aerodynamic efficiency affects fuel consumption.
27. The tailplane's horizontal stabilizer helps maintain level flight.
28. The tailplane's position can be adjusted using the cockpit controls.
29. The tailplane's construction can impact the airplane's overall weight.
30. The tailplane's incidence angle is critical for stability.
31. The tailplane's function is to provide lift and stability.
32. The tailplane's material can affect its durability and maintenance requirements.
33. The tailplane's nose-down attitude can be corrected with elevator input.
34. The tailplane's trim can be adjusted to maintain level flight.
35. The tailplane's horizontal surface area determines its effectiveness.
36. The tailplane's pitch can be adjusted to change the airplane's altitude.
37. The tailplane's vertical stabilizer helps control yaw.
38. The tailplane's control surfaces are vital for maneuverability.
39. The tailplane's position can be adjusted to correct for crosswinds.
40. The tailplane's performance is essential for safe and efficient flight.
Common Phases
1. The
tailplane helps to stabilize the aircraft during flight;
2. The pilot adjusts the angle of the
tailplane to control the altitude of the plane;
3. During takeoff, the
tailplane generates downward force to lift the nose of the plane;
4. In turbulent weather, the
tailplane helps to maintain stability and reduce the effects of wind;
5. The
tailplane is located at the rear of the aircraft and is also known as the horizontal stabilizer.