But when it does, it can produce enough power to tear through flesh – and sometimes even bones. Just so you can imagine how it acts when broken while under tensile pressure, imagine a rubber band snapping when pulled too much.īut because a steel cable has an exponentially higher tensile strength, it will take a lot more load to snap it.

This is because a steel cable holds a lot of kinetic energy. When a steel cable breaks under load, it will snap like a whip.

It’s a good rule to inspect your cable for damage periodically to avoid this accident. Using a damaged still cable will erode and damage your winch.Ī damaged steel cable can break while using and can cause a serious accident to you and your vehicle. The major downside of them is the wear and tear a steel cable can place on your winch if it were to become burred, rust or frayed. Steel also tends to kinks which makes it difficult to spool up on the drum correctly. This protects the steel and disperses moisture, preventing rust. Some wheelers keep the line coated with chain oil or WD-40. While using a steel cable, the user should wear heavy gloves to protect his hand while handling the rope. They’re good for both recovery and utility work. Steel cable is also more affordable than synthetic rope and requires less maintenance. They’re perfect for use on highly abrasive terrains like mud, sand, and rocks because they are less prone to abrading and fraying. They’re made of strong, aircraft-grade steel cable. Since the beginning of winching, steel cable has been the industry standard for decades.

Radius vs steel faith