The Airframe section provides the essential knowledge and skills required for the inspection, maintenance, and repair of an aircraft’s structural and mechanical systems. It introduces the principles, components, and procedures that form the foundation of the Airframe Mechanic rating, supporting both classroom instruction and independent study.
This section covers aircraft structures, flight control systems, landing gear, hydraulic and pneumatic systems, environmental controls, and other components that make up the aircraft’s physical framework. Since airframe designs vary among aircraft types, representative examples are used to illustrate key concepts throughout.
The content offers a broad technical overview and should always be used in conjunction with manufacturer’s manuals, official aviation regulations, and approved reference materials for aircraft-specific information.
Who This Guide Is For
Designed for Aviation Maintenance Technician (AMT) students, licensed mechanics, aircraft maintenance engineers, and instructors seeking structured airframe training aligned with FAA certification standards.
Airframe Training Modules
1. Aircraft Structures
Learn structural components, materials, stress principles, and inspection fundamentals.
2. Aerodynamics, Assembly & Rigging
Understand flight theory, control rigging, and alignment procedures.
3. Aircraft Fabric Covering
Explore fabric materials, doping processes, and inspection techniques.
4. Aircraft Metal Structure Repair
Study sheet metal repair, riveting, corrosion control, and structural restoration.
5. Aircraft Welding
Learn approved welding methods, safety procedures, and inspection standards.
6. Aircraft Wood Structure Repair
Understand wood construction, adhesives, and structural repair techniques.
7. Advanced Composite Materials
Explore composite structures, bonding, damage detection, and repair methods.
8. Aircraft Painting & Finishing
Learn surface preparation, coatings, corrosion protection, and finishing systems.
9. Aircraft Electrical Systems
Study aircraft power generation, wiring, protection devices, and troubleshooting.
10. Aircraft Instrument Systems
Understand pitot-static, gyroscopic, and engine instrument systems.
11. Communication & Navigation Systems
Explore avionics fundamentals, radio systems, and navigation principles.
12. Hydraulic & Pneumatic Systems
Learn system components, fluid power principles, and maintenance procedures.
13. Aircraft Landing Gear Systems
Study retraction systems, brakes, steering, and shock absorption systems.
14. Aircraft Fuel Systems
Understand fuel storage, transfer, metering, and safety precautions.
15. Ice & Rain Protection
Learn anti-icing, deicing systems, and environmental protection methods.
16. Cabin Environmental Control Systems
Study pressurization, air conditioning, heating, and airflow management.
17. Fire Protection Systems
Understand aircraft fire detection, suppression systems, and maintenance requirements.
Together, these subjects form the complete foundation of Airframe Maintenance Training, equipping every Aviation Maintenance Technician (AMT) with the technical knowledge required to inspect, maintain, troubleshoot, and repair modern aircraft structures and systems.