Is it necessary to visually inspect pieces to ensure proper alignment in aerospace assembly?

In aerospace assembly, visual inspection is a critical step in ensuring that components are properly aligned and fitted. This process helps to identify any misalignments, defects, or discrepancies before the assembly is finalized. Proper alignment is crucial in aerospace applications, as even a slight misalignment can have significant implications for the performance and safety of the aircraft.

Correct inspections involve techniques that may include not only those requiring specialized tools but also visual methods, which are generally the first line of defense in detecting errors. Skipping this step could lead to incorrect assembly, which could compromise structural integrity and safety.

While certain assembly methods may rely more heavily on information from designs or tooling, the assertion that visual inspection is not required overlooks its fundamental role in ensuring quality control in the production process. Visual inspections are often the easiest and quickest method to catch potential issues before they escalate, making it an essential part of the overall assembly procedure.