100 Examples of sentences containing the common noun "undercarriage"

Definition

The term "undercarriage" refers to the supporting structure of a vehicle, particularly aircraft, tanks, and some wheeled vehicles, that includes the wheels, suspension system, and other components that allow for movement and support on the ground. In aviation, it specifically denotes the landing gear of an aircraft, which is critical for landing and takeoff.

Synonyms

• Chassis
• Frame
• Support structure
• Landing gear (specifically for aircraft)
• Suspension system

Antonyms

• Superstructure
• Body (in some contexts)

Examples

1. The mechanic inspected the undercarriage for any signs of wear.
2. After the landing, the pilot deployed the undercarriage to prepare for touchdown.
3. The tank's undercarriage was reinforced for better durability on rough terrain.
4. The undercarriage of the car was coated with a protective sealant.
5. Engineers designed the undercarriage to withstand harsh environmental conditions.
6. The undercarriage malfunctioned, causing delays in the aircraft's departure.
7. Before the race, the team checked the undercarriage for optimal performance.
8. The undercarriage should be cleaned regularly to prevent corrosion.
9. She noticed a strange noise coming from the undercarriage while driving.
10. The undercarriage of the old bus needed significant repairs.
11. The pilot was trained to handle undercarriage failures during emergencies.
12. Inspectors assessed the undercarriage for compliance with safety regulations.
13. The undercarriage was designed to provide maximum stability.
14. During the maintenance check, they discovered a crack in the undercarriage.
15. The undercarriage was equipped with advanced sensors for better navigation.
16. He carefully examined the undercarriage before making the purchase.
17. The undercarriage plays a crucial role in the vehicle's overall performance.
18. They upgraded the undercarriage to enhance off-road capabilities.
19. The undercarriage must be inspected after every flight.
20. The technician adjusted the undercarriage alignment for smoother rides.
21. The undercarriage was painted to prevent rusting.
22. She learned how to troubleshoot issues with the undercarriage.
23. The design of the undercarriage was inspired by military vehicles.
24. The undercarriage impacts fuel efficiency and handling.
25. He was surprised by how much maintenance the undercarriage required.
26. The undercarriage needs to be robust to handle heavy loads.
27. The undercarriage was too low, causing scraping on uneven roads.
28. They reinforced the undercarriage before the off-road expedition.
29. The undercarriage was filled with mud after the rainy trip.
30. She took the car to the shop to get the undercarriage checked.
31. The undercarriage design is critical for aerodynamics.
32. Many factors affect the performance of the undercarriage.
33. The undercarriage was a vital component of the prototype vehicle.
34. The inspection revealed several issues with the undercarriage.
35. The undercarriage must be regularly lubricated for optimal performance.
36. He noted that the undercarriage showed signs of significant wear.
37. The undercarriage was adjusted to improve the vehicle's ground clearance.
38. The undercarriage system was upgraded for enhanced safety features.
39. She documented the condition of the undercarriage before the trip.
40. The undercarriage was designed for quick deployment and retraction.
41. The undercarriage components were replaced to ensure reliability.
42. He was trained to operate machinery with complex undercarriage systems.
43. The undercarriage proved essential in navigating the rugged landscape.
44. They modified the undercarriage for better traction in snow.
45. The undercarriage design was patented for its innovative features.
46. The undercarriage needed to be reinforced for heavy cargo transport.
47. During the flight, the pilot monitored the status of the undercarriage.
48. The undercarriage can significantly affect the vehicle's handling.
49. They were pleased with the upgraded undercarriage performance.
50. The undercarriage was checked thoroughly before the race.
51. The undercarriage design has been a topic of engineering discussions.
52. After the accident, the undercarriage was the first thing they inspected.
53. She learned how to perform maintenance on the undercarriage.
54. The undercarriage was reinforced to support a larger payload.
55. The undercarriage was designed to minimize weight without compromising strength.
56. Inspectors discovered that the undercarriage was improperly installed.
57. The undercarriage must be balanced for optimal weight distribution.
58. He was fascinated by the mechanics of the undercarriage.
59. The undercarriage was adapted for amphibious capabilities.
60. She noted an improvement in performance after servicing the undercarriage.
61. The undercarriage was designed to absorb shocks effectively.
62. The undercarriage systems were tested under various conditions.
63. They discussed the future of undercarriage technology in vehicles.
64. The undercarriage had to be modified for the new engine installation.
65. The undercarriage was painted to match the vehicle's color scheme.
66. After the storm, the undercarriage was caked with mud and debris.
67. The undercarriage design was crucial for enhancing stability.
68. He was responsible for the maintenance of the undercarriage.
69. The undercarriage was integral to the vehicle's overall design.
70. They conducted tests to evaluate the undercarriage's endurance.
71. The undercarriage components were made from lightweight alloys.
72. She took note of any irregularities in the undercarriage.
73. The undercarriage was optimized for performance in extreme conditions.
74. The undercarriage required frequent inspections for safety.
75. The undercarriage was a key factor in the vehicle's off-road capabilities.
76. He learned to assess the undercarriage for potential issues.
77. The undercarriage must be recalibrated after any major repairs.
78. They wanted to upgrade the undercarriage to improve handling.
79. The undercarriage was designed to facilitate easy maintenance.
80. The undercarriage played a significant role in the vehicle's stability.
81. The technician was skilled at diagnosing problems in the undercarriage.
82. The undercarriage was crucial for ensuring a safe landing.
83. They were impressed by the durability of the undercarriage.
84. The undercarriage had to be adjusted for the new tire size.
85. He often examined the undercarriage for signs of damage.
86. The undercarriage was designed to minimize drag during flight.
87. She learned about the different types of undercarriage systems.
88. The undercarriage had a state-of-the-art suspension system.
89. They discussed the latest innovations in undercarriage technology.
90. The undercarriage was essential for maintaining ground contact.
91. After a thorough inspection, the undercarriage was deemed safe.
92. The undercarriage was the most complex part of the vehicle's design.
93. He was tasked with ensuring the undercarriage met all safety standards.
94. The design of the undercarriage was critical for effective weight distribution.
95. The undercarriage must be compatible with the vehicle's overall system.
96. She felt a sense of accomplishment after repairing the undercarriage.
97. The undercarriage components were sourced from leading manufacturers.
98. The undercarriage proved to be a challenge for novice mechanics.
99. They were excited to test the improved undercarriage on the track.
100. The undercarriage design was inspired by aerospace engineering principles.