100 Examples of sentences containing the common noun "fuselage"

Definition

The term "fuselage" refers to the main body of an aircraft, designed to accommodate the crew, passengers, and cargo. It serves as the structural framework to which the wings and tail assemblies are attached. The fuselage is a critical component of an airplane, providing both aerodynamic efficiency and structural integrity.

Synonyms

• Body
• Hull
• Framework
• Structure
• Shell

Antonyms

• Wing
• Tail
• Empennage

Examples

1. The engineers worked diligently to enhance the aerodynamics of the fuselage.
2. The fuselage of the aircraft was painted in a bright color for visibility.
3. After the crash, investigators examined the fuselage for any signs of failure.
4. The passenger cabin is located within the fuselage of the airplane.
5. The fuselage must be strong enough to withstand various stresses during flight.
6. Technicians inspected the fuselage for any signs of corrosion.
7. The design of the fuselage plays a crucial role in fuel efficiency.
8. The fuselage houses the cockpit where pilots control the aircraft.
9. They added more windows to the fuselage for better passenger views.
10. The fuselage was reinforced to improve safety in case of turbulence.
11. Engineers are testing new materials for the fuselage construction.
12. The fuselage must be streamlined to reduce drag during flight.
13. The fuselage design includes both aesthetic and functional considerations.
14. The cargo hold is located in the lower section of the fuselage.
15. The fuselage was damaged during takeoff, leading to an emergency landing.
16. Pilots need to understand the layout of the fuselage for efficient operation.
17. The wings are attached to the fuselage at critical stress points.
18. Modifications to the fuselage can impact the overall performance of the aircraft.
19. The fuselage provides a protective shell for the passengers during flight.
20. Engineers conducted wind tunnel tests to analyze the fuselage shape.
21. The fuselage of the aircraft is designed to withstand high speeds.
22. The fuselage is crucial for maintaining the aircraft's structural integrity.
23. They used advanced technology to design the fuselage for the new model.
24. The fuselage can be made from various materials, including aluminum and composites.
25. The fuselage must be inspected regularly for maintenance and safety.
26. The fuselage houses the avionics systems that control the aircraft.
27. The fuselage is carefully engineered to balance weight and strength.
28. The fuselage can be painted in different colors for branding purposes.
29. During the flight, the cabin pressure is maintained within the fuselage.
30. The fuselage must be designed to protect against lightning strikes.
31. The fuselage was refurbished to extend the aircraft's lifespan.
32. Engineers are focusing on reducing the weight of the fuselage.
33. The fuselage serves as a mounting point for various flight control surfaces.
34. The fuselage must endure extreme temperature changes during flight.
35. Pilots often communicate about the status of the fuselage during pre-flight checks.
36. The fuselage was designed with passenger comfort in mind.
37. The fuselage provides a stable platform for the wings.
38. Safety features are integrated into the fuselage design.
39. The fuselage was constructed using state-of-the-art technology.
40. The fuselage is the centerpiece of the aircraft's design.
41. The fuselage must be resistant to wear and tear.
42. The fuselage is often the focus of aerodynamic research.
43. A breach in the fuselage can lead to catastrophic failure.
44. The fuselage can be reinforced to carry heavier loads.
45. The fuselage houses the emergency exit doors.
46. The fuselage's shape can influence the aircraft's speed.
47. Engineers used computer simulations to optimize the fuselage design.
48. The fuselage is built to be both lightweight and strong.
49. The fuselage was damaged in a storm during landing.
50. The fuselage must comply with strict safety regulations.
51. The fuselage is one of the most critical components of the aircraft.
52. The fuselage was modeled after the latest aerodynamic principles.
53. The fuselage houses critical systems for navigation.
54. The fuselage can be equipped with modern entertainment systems.
55. The fuselage must be periodically upgraded to meet new standards.
56. The fuselage was specifically designed for long-haul flights.
57. The fuselage can impact the overall fuel consumption of the aircraft.
58. The fuselage is made to resist high-speed airflow.
59. Engineers are working to improve the fuselage design for better safety.
60. The fuselage is where most of the aircraft's weight is centered.
61. The fuselage can be customized for different types of aircraft.
62. A well-designed fuselage contributes to overall flight stability.
63. The fuselage includes insulation to enhance passenger comfort.
64. The fuselage is often tested for endurance in various weather conditions.
65. The fuselage must accommodate various aircraft systems and components.
66. The fuselage provides the primary space for in-flight services.
67. The fuselage is essential for maintaining the aircraft's aerodynamics.
68. The fuselage was upgraded to enhance performance.
69. The fuselage and wings must work together for optimal flight.
70. The interior of the fuselage is designed for passenger convenience.
71. The fuselage is a critical factor in aircraft safety design.
72. The fuselage can influence the aircraft's handling characteristics.
73. The fuselage was manufactured using advanced composite materials.
74. A breach in the fuselage can lead to cabin depressurization.
75. The fuselage was designed to withstand extreme conditions.
76. Engineers are focused on reducing the noise within the fuselage.
77. The fuselage must be carefully balanced to ensure stable flight.
78. The fuselage was the centerpiece of the aircraft's overall design.
79. The fuselage is often the focus of maintenance inspections.
80. The fuselage can be modified for cargo or passenger configurations.
81. The fuselage structure is tested for resilience against impacts.
82. The fuselage provides a platform for advertising and branding.
83. The fuselage was designed to be easily accessible for repairs.
84. The fuselage must be compatible with various engine types.
85. The fuselage acts as a protective barrier for passengers.
86. The fuselage must be designed to minimize drag.
87. The fuselage plays a role in the overall aesthetics of the aircraft.
88. The fuselage is often the most expensive part of the aircraft.
89. The fuselage should be regularly inspected for any signs of damage.
90. The fuselage was crafted to enhance airflow around the wings.
91. The fuselage is integral to the aircraft’s flight characteristics.
92. Engineers consider the fuselage when designing for fuel efficiency.
93. The fuselage must be constructed with safety in mind.
94. The fuselage can be adapted for different flight missions.
95. The fuselage serves as the main structural element of the aircraft.
96. The fuselage was designed to accommodate larger engines.
97. The fuselage is a key element in the aircraft's overall design.
98. The fuselage must be airtight to maintain cabin pressure.
99. The fuselage was engineered to handle various stress factors.
100. The fuselage design is critical for achieving optimal lift.