What materials are typically used in creating aircraft cables?

Aircraft cables are designed to handle significant loads while maintaining flexibility, and this requirement is met effectively with materials like steel and synthetic fibers. Steel provides the necessary strength to withstand high tension and load-bearing conditions commonly encountered in aviation applications. Steel cables are often used in various aircraft control systems due to their durability and resistance to deformation under load.

Additionally, synthetic fibers, such as Kevlar or other composite materials, offer a high strength-to-weight ratio. These fibers can be engineered to provide flexibility while remaining lightweight, which is essential for maintaining aircraft performance and efficiency. The combination of these materials allows for aircraft cables to be both strong and capable of withstanding the dynamic loads experienced during flight.

Other materials mentioned, such as copper, aluminum, plastic, rubber, brass, and fiberglass, do not provide the same balance of strength and flexibility required for aircraft cables, which is why they are less suitable for this specific application.