What type of rope has reduced strength and flexibility when compared to wire rope?

Fiber core rope indeed exhibits reduced strength and flexibility in comparison to wire rope due to its construction. Fiber core rope typically consists of a core made from natural or synthetic fibers, which impacts its performance characteristics. While fiber core rope is used for specific applications and provides adequate support in certain conditions, it does not offer the same tensile strength or flexibility that wire rope provides. Wire rope, made from braided metal wires, is designed to withstand greater loads and stress, making it a preferred choice in heavy-duty applications.

Natural fiber rope and synthetic rope can vary greatly in strength and flexibility depending on the material used. Natural fibers (like manila or sisal) are strong but can degrade over time, while synthetic ropes (like nylon or polyester) are generally designed for high strength and flexibility. Polypropylene rope is lightweight and floats on water, but it also does not match the strength characteristics of wire rope. Each of these options has specific characteristics and applications, but fiber core rope is the one that specifically demonstrates reduced strength and flexibility when compared to wire rope.