When selecting hardware for attaching bonding connections to an aircraft, which factors should be considered?

When selecting hardware for attaching bonding connections to an aircraft, it is crucial to consider several key factors that directly impact performance, safety, and reliability. The focus on mechanical strength ensures that the components can withstand the mechanical stresses and loads experienced during flight. This strength is particularly important in aviation, where structural integrity is paramount.

Evaluating the current that will be carried is vital for ensuring that the bonding connections can handle the required electrical load without overheating or failing. Offering ease of installation is also significant, as it impacts the efficiency of the overall assembly process and maintenance procedures.

Permissible voltage drop is another important consideration. Keeping voltage drops within acceptable limits is essential to maintain system performance and functionality, particularly in critical electrical systems.

While cost, weight, material type, resistance, and location of connection are important factors, they do not encompass the same breadth of effects on the specific considerations for bonding connections that mechanical strength, current handling, ease of installation, and voltage drop do. Hence, the chosen factors provide a more targeted approach for ensuring effective bonding in aircraft systems.