Metal sheet fabrication is employed to create fuselage panels, which form the outer shell of an aircraft. These panels provide structural integrity, aerodynamic efficiency, and protection for the aircraft's occupants and cargo.

Metal fabrication techniques are used to manufacture wings and wing components, including wing skins, leading edges, and trailing edges. These parts contribute to the lift, stability, and control of the aircraft.

Metal sheet fabrication is involved in producing empennage components, such as horizontal stabilizers, vertical stabilizers, and control surfaces like elevators and rudders. These parts control the aircraft's pitch and yaw movements.

Metal fabrication is utilized in manufacturing landing gear components like struts, beams, and brackets. These parts support the aircraft during takeoff, landing, and ground operations, providing stability and shock absorption.

Metal sheet fabrication is employed to create engine components, including engine cowlings, fan cases, and exhaust system parts. These components contribute to the proper functioning and performance of aircraft engines.

Metal fabrication techniques are used to produce interior components like seat frames, overhead bins, and cabin fixtures. These parts provide structural support, safety, and comfort for passengers and crew.

Metal sheet fabrication is involved in manufacturing control panels, instrument panels, and avionics enclosures. These components house the aircraft's control systems, displays, and instruments.

Metal fabrication is utilized to create ducting systems and ventilation components for airflow management, heating, and cooling within the aircraft.